Peter Murphy Home Page, University of South Australia

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src="data:image/jpeg;charset=utf-8;base64, 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kxS0UgENJSkUlABRS0UAJRRRQAuKTFLmloA91LCq88oCnms2XVo1/irJvdbXaQGrV1EK5neIpg2RmuKn6mtjUr0zseaxpaIkGdP3qqetWp+pqmetbIlhSGlppNMQhpKKTvSAu23UVrQ9KybbrWxB0rGZpEmxSU7FGKyLGYoxT8UYpgM20bafijFADNtJin4pjUCEpRUeeakSgY7FLtpQKeFoAZtpdtShCalWFj0FFwK4Sl2VdSzkbsatR6XI38JqbiMoJThET2roItEduq1fh0H1Wi7A5NbZj/DUyWEjfwmu0i0JR1WrsWkRr/DRaTA4iPSZG/hNXYtCc9VrtU0+Nf4RVhbVB2FUqbYWOQi8P+q1ei0FR1WumEKjtTtgqlS7jsYsWjRr/DVtNNjX+EVoYpatU0BSFkn90UGxT+6Ku0U+RAZ50+M/wimHTY/7orSyKazik4RAx5dLjx90VkXmmqAcLXTyzIB1rHvZ0weaxkkgOOu7XYx4rLnTAroLxwzHFY1yODSjuDMK4HJqjJWjc9TWfIOa9Glsc8ty3p65cV1VsMIK5rTV+YV1MAwgrtjsQyOfoay5j81adx0rKl+9VAMFSDpUdOzxXNiX7pcdxxopm6k3V5LOgfmkzUe6k3UgJN1JmmZpM0XAfmkzTaKAHZozTadQAUtFPApXGNxRin4pcUXAiIppqbFNK0XERUhqTbTdtMCM5ptS4pCtAEdJT9tJtpgMpDUmKaRQBA1RkVOVphWrRJARTDUzLURFMBtKvWjFOUc0ATx1YXpUMa1OoqGUhw6UtAFKBSATFIRT6Q0AMoo70hNAC0cU3NFADsUZpKWgDak1CV/4jVSSd26mm4pjCmkSRsSagk6VM1QydK1QjNuKpnrVu46mqZ61tEhhTTRSGmITNA60lKOtKwF616itmDpWNaDkVt244FYVDSJPRTttG2sixuKKdijFADaMUuKKAG4pjLUlIRQBBs5qWOMk09Uyau20QZhRcCOK0Z+gq/DpUj9jWvYWinGRXQW1ogA4pasLHNQaGxxla04NCA6rXRRwKB0qdUAq1C4WMaLRo1/hq5Hp0a/witAAU6tFTQWKy2iL2qQQqO1S0ZqlFIBoQCl20ZFIXA709AHUVEZlHeomu0XvS5kBazSZFZ0moovcVUl1dR0NS6iQXNouB3ppnUd65uTWfQ1Tk1Zj0NQ6wHVNeIvU1A+pRr3Fcm+oyN3NV2upG7modVhqdTLrCjoaoy616GufLuepNNwxqHNsLGpNqzt0NUJbx5O9R+UTSGIilqx6ELEtVO5X5TWhwKqXQ+XIrSEXcTehz1yPmNUHHzVp3C5Y1RaM7q9KmrI53uaOmLyK6WIYjrB01MEV0CEBK7FsQypc9Ky5PvVp3JrNfrVAR0hNONMNcWKehpAbmkzS0mK8s3EzRmlxRikMSloxS4oASloxS4oASnCjbTsUAAp4pAKeBSABQadijFADKSnEU0igBDTadSEUwG02nUlAhtFLRimA3FIRTqMUICEikK1LikK1ohFZhUJFWXWoiKYiLbT1FOxTlWgCSNasAUyNasBDWbKRHil21LsPpS+WfSpAh20m2rIhY9qcLVz2NO4FPZSbK0VsZD/CakGmyH+E0XAyfLo8utY6ZIP4TTTp8g/hNFxXM0JS7KvG0cfwmmm3YdjRcBtMapKY1UgIWqCXpVg1BKOK0RJlXHU1SPWrtz1NUj1reOxDEpppxppqgEpV60lOFIDQtByK3bcfLWDankVt27cCueoXEuYpMU5eadtrEsixSYqbZS+XSuBBijbVjyqPKouBX20bKnKYoAouBGqVdt/lIpiJmp1jNDA2rK5VcZNbUN6gHWuRXcvSp1mkHc0uawzsVvk9alF6nqK40XEnqalW6kHc01UaFqdiLxPWl+1r61yK3knrT/tsmOtP2rA6lrxB3qF9RQd65pruQ96iaZz3NDqsLM6KTVVHeqkusehrDZmPeojmp52wsasmrMe9VJNRkbuap7aTbU8zCxM11I3c1EZGPejbTgntSuOxHyaXaamCU4LQBCI6XZUmRnFP+XHUbvSrjTcthNpEQjz2qaO3yeadHEZThDyOoBq1HcG2QCQFx7DpXTGgluQ5MclrGo+ZWJqKWzDL/dBqeO/t5ScuR7EYIq4qK0e+N1dT3/xrZRS2EcleWMyPvVsr3rJuCQWQ5D46Zrvbi3Vhu4B77ehrDvtJguOVIik6hwODVXCxxcgfaXVtwHUE81CsoZsbc+1a0mmQyyMXl8uYH5tvceo9azr7Rbq3QyqfMTPyuh60czCxPBcqj7Rw3oavDVBjAPI7Vysd2JCySs6OnAPQg00NN5gLOG9DnrT9u0HImdFJqiFtrHBPrQJlfvWULqGdWiddsg9e9U452tZ8ByYyeh7VpHE2epPIdGajaoIbpZB1qcfNWeJmpLQcFZjaWpVhJp3kn0rzmzYgxSYqz5J9KPKpXAr4pcVP5VL5dFwIQKULUwjpfLpXAiC07bUuyl20XAiC08LTwtPC0XAj20Fal20m2i4yEimlanK03ZQIrlaQirHl0nl0wKxFJtNWfK9qURH0oEVthpdhq2ICe1PFqx7UXAo+WaTyzWotg5/hNTLpj91ppgY3kk9qUwNjpW8unY6ipDYgDpVpiOWkhI7VXMZz0rpJ7MelUTac9KdxGUIj6VNFbsx6VpLaj0rU07TxI44obAzLfTZHx8taEejSH+E12VnpcaoPlFaCWMYH3RU8jYzh49Cc9Vq1H4fPda7QWyDtTxCo7CqVJhY5OPw+O61bj0FB1WujCAdqXaKapIdjETRYx/CKmGkxAfdFauBRxVezQWMo6VF/dFRPpEf90VskimMy+tJwiFjAk0aP+6Koz6QgHSulkdaoXEiYPNQ4oDzfFNYGt+LRHbqtPl0RlQnbUqQjl2FQy/drSu7VoWIIrOlHy1rFkmRc96onrV+671QbrXRHYhiU00402qASnDrTacvWkBo2UZZhXQW1sdo4rO0iIMRxXW29uNg4rlqMuKM9YSKlEdXnhA7UwIKwuaFYRU8Q1ZCCnhBSuBVENO8irQUU7AouBmvFioChBrUkUVVZBmmmIbCuavRxcVXiAFXEYYpNjQ7yhS+WKdvFJvFTcYmwUbBRupwagA2UoSlWpVWkBH5dHl+1WAtLspXAplKYU9quMlMMdMCrs9qPL9qtCOnCOi4FURU8RVbEdOEYouBUEVV7mQRISTgAcmr07rEhJ7Vzl241JjGJCkQPP+1WtOm5MluxAl0+oXXlRySJEf4kXOa6C2sLqKBRHdRyD0lODWJHbm1ANs5Vh61oQapeRD/SFJT/AK513RSirGdjUimurWTDWjMnd4gHH6c1qRTRXMO8EH1DLyKzbdkuAJoCFPcxtg1owsQcyAsfXHNO5Siweytpk+eNM54K1CdONvJ5kMrKCPqDVl4Y2y0ZZT7URbxlSc+3rU8xagysZCTtcbJB3HQ1TmDK7JIPkfv2zWmYVPsOx9Kjkt8rtYZX9KXMP2ZxOsWiwytMrEbfmyO3vWd9pO4xyAguMjn5T7iu11CwBRvlDKwwRXOtozBPLK/KpDIT1HtS5g9mzmNR8txlAFkI5yOG9j71hHzOfLOPVSe/tXdXmkearbowCw4ZfWufm0WXPoT7UnJAoMx7e5DPhwdw6VNNLH97YCD1FaEekhATIo3fzpjW/wBnyQoII/iFK4OLK0D8qYzyegzWra3QJAbhu4NYk0pZ9rRbD/CVqVLvCCGYbsnKt3FBDR2NsUkHUVc8gHtXHWuqm3Iw2VzjFdVYajHOgINYVINaoaZMbcelNMHtV9SjjgipPJB7ViUZfke1J5PtWr5HtSeR7UXAy/J9qPJrT8gelJ5IouBm+TR5NaBiFJ5dFwKPlU7y6tbBSFRTAreXR5dTkCmnFAiDZSbKmOKYaAI9lAj9qdmnxkbqYEkNpvPStCHSt3anWe3IrdttuBVJXAzotGHcVcj0ZB/DWtHtxVhdtWoIVjNj0mMfw1KdOjA+7WiCKa7DFXyoLGBc2qx9qzpCorW1KZVU4rlrm7wx5qRD7hlqgxGailuie9Vmn96BF4MM1uaQ67xXJ+efWr9jfGJxzQwPTLdl2DFWNwrlLTWVCDLVM+uoB96qVRIdzpDIo700zKO9cnJr47NVZ9dY9DSdUdzsWukHeomv4x/EK41tWkboarSajMe5qfasVztX1SMfxCq76zGP4q4h76X+8artdyHuaXPJgdrJrqD+KqUviED+KuRadz3qBpGPeldhY6mTxAT0NU5dZZ+9YAZvWnAmkFj15bVB2FRz2ylDxVvzF9ar3E6qh5rdpWKOJ163CEkCuRn4zXXa9cKxIBrkJznNKBmzIuupqg3Wr913qg3WumOxA002lpKoApV+9TacvWgDpNGcAiuwt3GwVwulNhhXW28vyCuOruaQL0jiotwqB5ahM1YF3LvmCjzRWeZvemmaiwXNHzxSfaPeswzGmmY0WFc0muBURlBrPMx9ab53vTsBprMBUguPesjz/enC496VgNf7R70vn+9Y/wBp96Q3eO9HKO5ticetSLKPWufF7z1qxHeZ70uULnQxuDVpOaxrafdjmtaE5qWBZFLQOlI3SkMaxFRlhUU0mKpPdhT1oA0wwpwYVki9HrThej1osBsBhQXAFZaXgPerAlDLk5xWlODkxN2M/UZXuZDbxMQP4iP5VkzW4hHIY9jg1qXChCxUlVJycVXtbMXE3yO49Tmu6yirIhK5RsYLqViLWUumfmjlH9a6qz05kjGGK56oTkVNa2kcQX5ACB6VpRgdqhyOiNMigtEQ5CjPqBVwplaYz+WvQkn0qRTngk5qeY0UQVBjnrR5YDdaVR+NLsJOaOYdhpwOCOajK4HpT3BqNienNS5DsRSJkYxkVTkhwDgVcyc8ZqN2U/L3qWykjEuIscEYxVGe3EgbkZxW5dRAgk9qx5UIfBOPTNQ2y0lYyXg+hxVS4twQTjA7itCYeWTgd+lQSv5iHuRQpMiUUc7eWuVJx8wPFVUZFdPMi3Nmt2dMJzVCSBSM9PetoyOeUDMuLdkuXJUohGVBHDU+yuXgbG/5frg1szQE2fLbhwQPSsV4/MWTaAsi9j3FWYNG3a6vcYZlO9V6gjk11Ol6hHeQq6nOevsa87VZY2BSTcCO3aug8PXIjufLPG/n2NRUgmtBJ2O3OMUwkU7OYwapyy4NcljQmLCoy4qq0/vUZm96dgLZcUwuKqGammX3p2AtGQUwyCq3me9JvosIsF6YXqDfRvp2AkLU0tTC1NzRYCTdQHwajzSZpgaEF1s71pw6qFHWuczS7z60AdamsqO9Trra+tcX5retL5z+tO7EdwNaXH3qZJrAI+9XFi5f1pftLHvTuwNy9v8AzAeawp33N1pTIzd6iaqRJA5NQnrUzioiKpANp6kg0mKcKGBYSdwODTjO57moBTqzZQ8yMe5qSIknrUFPRsGkBqRICKV4xiq8U+BT2uMigCCVQKqN1qxLJmq560AJTCtPopAM20uKdSUwO1bxCuPvVRudf3KQGrjjcOe5oEjHqa15SbmheXZnY81my9DUtRyfdq0rCMm571QbrWhdd6z261vHYgZSUtJVAJSr1ooHWgDZ037wrp4D8lcvpvUV0sJ+SuSruXEdI/NQlqWRuaizWJY7NJmmk0wtQA8tUbPTS1RM1AD2eomkpjE1Gc0wJDKaTzj61Cc005pgTGY1GZWNN5qWOLdQAwMxNXIC2RUkVqPSrcduB2pXAvWOeK6C3HArFs0wRW7bjispDRZC8U114qUdKbJ0qRmPeHANc/c3BDHmugvxwa5e7++auImAuT604XR9ap09Fy1XYRs2LNLIBW8YiUAXgYqhodqCNxGcdK2pdqKR/KuunFJXI3Mee2d/kXnPrV60tltowoUbu+KmhRcF8fTNKpJc4qKkrHTSh1LSdKsxfdBIqpHlevOauxrvAUg4rHmOmw9VG7NS/Jn/AGqXYq98GnBRnIGfWgQqjnOOtLjA4owOuCKCvGRTJGt931NQvjoeKlbjaeoqN8MaRSKrhfzqLaBk5HFTuOM1AyHBP6UhkNwQ446gViXHMLOMHnvWtIxC9cVmTAtuH8J61DZaMqTDKTnJxwKqMF2ngjPGatSqVY7RkZ61Vlzt5GOaSJkU5F55NMjUFsEdamkwOcVChwwArZGL3LkNqHDKxwNuRWBdo8UjMFBZsiuiIdkUo2M8GmXtkssW3aVdBnd2YVqmYTRykUZgYK+fm6mtK2aOCdHD4wcjPapHt4XA65XmoJYo/MBRsjv7VRizu7e5D245zkVTuJPmNZmn3DC3C5BA4FTu+a5pqzLTHFzTd5qMmkzUjHlqTdTCaTNAyTdRupqqWqdLV37UCIs0vNXo9Ndu1W49Hc9qAuY+CaUIx7V0UeiHuKtx6GO4o1Fc5QQuexqQWsh/hNdlHoqDtVlNJiH8Ip8rDU4hdPlP8JqZdKlP8JruV06IfwipRZxj+EU+RhqcIdIkA+7VSaxePtXoclsmOgrE1G3XaeKlpodjiWUqcU5RmrN3GFc1FGKaYhwTimMtWQOKjccVohFNhURFWHFREUxDcUAU7FLikAgp1JilqGUFFFFSMcGxS76ZRQApNJRRQAUUmaM0ALRTc0bqAKFSLSbaeorpIHimS/dqQCmS9KEIx7rvWe3WtG671nN1reJA2kp1JVgJSqMtRSr96kwNzTU6Gt9eI6wtOcYFbO/5K46m5pEikfmot9NkbLVHmsxku+mlqjzSUWAcTTTShSakWFz2oAg25o2VcWzkb+E1OmmyN/CaLhcy/LpPKreTRpG/hNWE0Fz/AA0uYLnM+UfSrMMeO1dMnhxj/DUp8Psi520rhcw4lqwuKlns2gPSoVBzQh3NC1HIratxwKybNelbduvFSxonA4pjj5asBeKa68UrDMG/Xg1y94PnNddfr8prkr/hzVRRLKYqeAZkAqpuq9p675lHvWqWomdnpUfl2OccmrDxlvvflU9pCI7VcnoKUhc5Az9a63ohR1K8g2qFUYwKZCpX8akc9j3NSRRsSMDFcc3dnfBWRNDHk9OBWhGvYCooEx/Dmr0cfc0JDbIfKGc5p4yo6VPs44Apu0Z+YiqsTcjzkdBUZbnGKnIUdCKiIAbNDEhrZ21CRk5HNSufTmowSM8VLKRGyDGQeKrHjODVhmVRjP4VRlIPPPXtUspFaQHcfXtWbcAqT6elakz8Yz9KzpTwSRz3qS0Zc3Qtt4qnLIJFAAFaMg/dNjnFUDCEGWIxQhMpMcjaetQDGTng1LICHbJ+mKiP6etaIxZagk6DPFW2cuuWBK54rNhfYeRn0rVt3hcGN+A3ftWkWZTRh3ZXew27Mk4I9KqxQBY2YtuHYd62Lm1j+0CNQSvZqhubaSGUIVGxlwSBWiOdkNrIi8Kevaru/iqCxmCVF/hPerBfFZVEOJNvpN9VzJ703zaysWWS9Ctk1V82nJLzSsBs2kYYjNb9pbJgcVzdlOARXRWt0oA5oEbENugHQVbSFB2FZiX6KOtOOqIO9VzIDYVFHpTxtrAbWVHeoW1wetPnQHT7lHejzVHcVyT66exqu+uP60e0C52huUH8QqNr2MfxCuIfWZD/ABGq76rKf4jS9oxHazajEB94Vh6hqCMCAa599Qkb+I1We4ZupqG2xktxKHcmmIarl809GpoTLYbimNSKcilPStEIrtUdTNUZpiG0uKXFFACUlBpuazbKQ6im0VIxc0maKMUAGaaTTsUmKAEzRmjbRtNACZpM07bRtpgVxipBWfDc7u9Xo2yK6GQS1HL0NSUyT7tNCMe671nN1rTuqzW610R2IYyiloqrCEoHWloFFgNKycqRWwkhK1iWg5FbEY+WuSruaRBqbTmptYlCgZqSOLcaYtWYSM0AXbWxDkcVtW2lKcZFVLJ14rftpVwOakLCQ6TH/dq9FpcY/hFSxTJ6irKTp6iqSQ7IYmnxj+EVOlnGOwpRcJ6il+0p6iqXKBIIEHao5YV29KDeRj+IVXn1CMKfmFU3GwaGLqtsuCcVzpiw9bWoXyyEgGsoHc1YgW7RcEVtQdKybYdK1oTxUsaLQpr9KAeKZIeKdxmTqB+U1x2oN85rrdRb5DXGX7fvDTiSynu5rY0UZuUJ6ZrFzzW74fcJdxkgHB6Gt4bkvY74/cQeo6U2YbFx3PWpUIZ91V7k7n4raq7RLpK8iJVLOBV6FQDzVSEHrV5EwM4wa5EdpajO0DirSycYHNV4sMvOKlUZ7VSZLJt2eKRgKTp1pB15NUSBC4qMgH5TT3xjGaYCM8k0DIXYIajyR82KnkwRjHNQPlvlH1qCkVZTySvNVsD3yecVYm3bshaqyZHzdxUsspzS5ByuCp6YqiZAysBn8a0bh1kycYOKoqoZgScAnmpKRX2bFYno3tVa4jXG7PQdK0rgBBhTkVlz4JKtnnoaBMyZQd2cEgUwAbT3qxJkMUHeoWUKMGrRjIhLY6dav2g+0ELjluOKoEfvOenrWvaR/Z2WTHQA1pHcznsMZCsmGyCo2cU26Dsygk529xV6aQec2U++M1Vk3iJZD1Xj6VsjlkVRCGhIkxx0NUZflOK1U8ub5iNrnhlNZ12m2RhjoaipsENyqWphag0w1iaDt1OQnNRipoxyKTAvW5INasMjAdaz7ZOlasUfAqGA7zHx1qNnf1NWvL4qNo6gZUJb1NMOasslRlaYrEBzTOanK0wrTAiOaYc1KVppFAERzTTUpWmEUAR81IlJtqRF5qkDJkHFPIoUcU4itESV3FR4qdhUZFMQzFLinYoxSYERFNxUxWk21kykR7aNtS7aCtIZFil206lAoAjxRSvxTA3NAD8UYpw6UhoATFGKUU7jFMDjrGUtjmt+Dla53TR0rpLcfKK6HuSWBTJBxUoFMlHFNEsxrqs5utad33rNbrXVDYzYyinUlWISgDmilHWgDRs15FbUSfLWPZdRW/AMqK4q25pErtHTPL9q0DFTfJrnuaFHbilUkGrZho8jNFwEiuWSr0eqOveqq21PFtSEaC6y471Kutv61l/Z6PJxQI1v7bf1qNtck/vVmGOomSgDRfXJf7xqs+ryt/EaoOtQniqSA0heFzyauwPmsBGIatezOcU2hm7bdq1Iay7ToK1IqzZSJx0psnSnDpTX6GkMxNS+6a4y/wD9Ya7PUfumuOv/APWGqgSzPrX0Z9tyn+8KysVe047Zl+tbxepL2PSY3AnVMZJGcUs4O81XtZM4c91GTU24SPwcitq2xpR3JIBsABHB6VdiwMAc5NVUHzfQVZjbBUAcdzXKdZZCdx0p/JAOTigPhOnFPQgqRTEJtOOetAGOnWm/OAemKehLLyuBTQMQ5IqM/eyKnI7io/4jzzTEM2jGTTCmBmpjyOKRxheaLDuUZcLzjrVSZVx6NV6VRu6VnzDEhDH6VDLRnSxNkkHAqHblDkfMP1q5IR0JqIqcHGCD6VnYspzr8gOazrrtnj0zWhK6gZB5HWqN3iVOo6Z4polma5xuYjnPWq3MkhYnHtUsh+UrnmoY1Kg7jWqMWWbYQk7ZeDnrmtK1AhkaGXkeo/nWCGKTdeD61uWxMsKsDl04/CriZT2GXUoW5CngjjHtSJKkhkiAzxke4qvqzEzRzAYZQQeKqW16YniuJBwOGx71ojmZO/7q82n/AFbDIqG+B8wk9+akuHM03KgMOQR3FQ3UhcKSecVM9gjuZ7daYacx5qPNYGo4daswDJqpmrdty1DA2LRela8KcVm2a9K2oV4FZsYbOKidKubeKhdakCky1Cy1bdahZaYFYimEVOwqMigCEimEVMRTCKAIiKaRUpFMIpgR4qRBSYqRBTQmTKKUilUUpFakkLCoiKnYUzFMRHinYp2KXFJgMxSbakxRtrJlIZtpCOKl20jDikMrEc05RSleaei0wK0oqFQd1XpI+Kg8vmgByj5aY/FWFX5ahkFFgIN/NBkOKXyzml8kmnYDldMHArpYF+UVz2lrwK6WFflrZ7kj8VHL92p8VFKPlqkSzGux1rNbrWpdjrWaw5rrprQyZHRTsUYrSwhuKAOadigDmiwGhZD5hXSWqZUVz9gPmFdTaJ8orgr7msB4jo8r2q2E4o2VyXNCn5VAiq2UpNtAEQjxS7RUmMUw0AMIFRsRT2zULA0wGkiomNOKmm7aYiBxVaTirzJxVOYYqkBCp+atmx7ViKfnrc0/tVMDoLUcCtOPpWdajgVox9KzZSJR0psnSnUx/u1IzF1H7prjr7/WGux1D7prkL7/AFhqoksz6tWZxKKr4qxaLmUVqtxM72yO60j5PI55q9GgAzWfaBlhhjAz8oJrTTpitqvQ0oom37ML1J6VOrtu+tRABQG71GZ1VuoNYM6UaGflwDUikAYByazQZ9hdBuB5x6VXS+m34KkYPfimkBu5H3etP+6p5rJjumDcnk1P9uHQmmFi80mFXHOaiaTbzVU3GSAOBSXDgR7hzSuNIueYGHFNlnCJ83Q1mwXQKHP8JqC6uwykbsemaLhbUtzXa8isq6ulGfnwR71Sn1FF4Lc+1Znk3N4x2Btp/ixStcd7GsJ1mXO4FfrTmcIMjpUFpojRrlyxPvTbiylUkqwA7gUcoKRBPdRqWAXk1nyzc5CgZ7Ul1Gqgbn5HWqEk5VyVOVpcoNj7kHHmDH0qsr56/rUy3AbsKjkQI3t1q0YN6kT7TID2qa0vZIbjI+50Iqucg4x7imw5a44bkdqaBq6OivYQ9oXAz5oDA+lYHlBZAkh+WRsAV1wVX0iJsZZe1cbeyF7xtuMIcqc961ehykr3DeYNvVflGaJJcnyivzYyKzraZzaMzjnzN1XJJIVdZC+CRkDvUvYEtSNlNRlfarqKJBkcg0ptj6VzvRmhQ2mrlqvzCnfZj6VZt4CD0pXA1LJelbUI4FZdomMVrRcAVLGTY4qFxU2aicipArOKgYVZaoGp2AgYVEwqcioyKdhEBFMIqwVphSiwEBFNIqfZSbKdgK+01Kgp+ynKlNIByilIpwFBHFWSQkU3FSNTKAExS4paWgQmKULThTgKloobtprLxUuKR+lKwFUrzT0FNbrT0NMBXAxVZsA1LK/FU2k5oAnDcU08mo1bIpwPNAEqRg1YWEelNiFWlWgDgtKHC100Q+UVzWlcAV0kTfKK1e4iQiopPu1L1qOQfLVohmPdjrWaw5rUu+9Zrda7Kexk9yPFGKdilxWghmKUDmlxSigLmlp/3hXVWY+UVylh94V1diflFefiNzaBogcUu0UA4FNMgFcdjQUrTSoppmFMMw9aLAOK0wgU0zD1phnHrRYBxUVGyimmcetRtOPWnYBSopNtMMw9aTzR607ADrxVG4FXHlGKoTuDVREVl/1lb2njgVhJy9dBpw4FUwN+2HAq8nSqduOKuL0rNlEmaa54ozTJDxUjMjUPumuSvR85rq9QPymuTvD85qoksp4q1af6wVWq7YJvmUdMnFaLcLX0OztJ+I8/xrya0YTlhjpWTGPLSL0Xg1oW7MHBGNvSrqS1R0U4OKaZamY8D35qRIIn2lqVoiW+bsKxtZ1E2skVukpTdyx9AKkuOux0ytFGp+cKB6mqNxNZBSTOg981yttLd6ozCyQRoOTNPkk/QVl3UqxaDf3eoatOLuEEQRRIMMw9RWsYuS0M5SUHqdY8iO26G5RgPQ00Syq2WAYetedadcahd20Fw6/NIcYxtaup0y4nug0CziSVP+WbH5qzkmtzWElJXR00DmSVR0rQuEP2diPSsrSWafKsjK6HBzxW66bocY61Nht6nHT6mLRnV+lYl5rMt03lwdTWt4mtPLieRR79K5vTT5NvJdMAzDgClEpm5p1hHGouL18t15PArWGqoqhoVSOBTzLJwPw9aqpbyfY47q6RmZwPLhUZJrQ0/TUnvBc36hggBijA+Vfw9atESWlzPm8TzJHM8UU06x8syQnao9zWHP43Mn/LFQG7kcV1WsDVPI1Kz01lSO7TG8LngjFcZZeELm20o2krjeTkySdvpWzhG25zqc77DjrVveYjkUI5/izxms+8R4WKk9+Kn1Hw6iIz2/muR2A4JqtBOYYfs12hYjpu6j8axZu79SFPMByDxWjADNGu7+Dv60WkFmPmuLlQP7oPb61ZuNU02MqkUYIHHHNTzEuJBJHu6ioo4vLuA23ODzVn7THLzgAkZA9KYZg2Bjn1qkSXbvUD9lWGMN0xxXLshMrschhwBXS2+10PHWqGoQxQpJOf4RmtLmLjqYNzI8dv5Y6c8+lUHuhCivIxJ6AU953WJ5pSfnPC1T1BQYIZR34pGsI2N/QdUe8uTCygADIrsktdyA4rz7wihfVCewWvVYYh5Q47VlPcmpozM+xj0py22D0rUMQpPLFQQV4021aVsCmbcUtFgJN9MZqSkINKwXGE1GalIphWnYCIik21Lto20xEO2m7KsbabtoAh2U0pU+2jbQBBspQtS7aTbTAZigin4pppiIWFREc1M1MxSAaBUgWlVamVaQEYSnBKmCinBRQFiEJTXTirW0U1wMUDMx0INNFWZVqHFICrNnFVOS1aMiZqv5fNIYkacVIE5qSNeKk207gPhWrqLxVWLirSsKLiPOrA7QK3IJeKxooytX4CeK6+UzuayNmiT7tRRNxT5D8tCQjLu+9Zrda0bo9azm61109jJjaKKK0AKB1oooA0LI/MK6myb5RXI2zYat+1uQFHNcOIjdmkGbjyYFUprnHeoJLvjrWbcXWe9cqgaXLzXnvUZvPeshpznrSCUk9avkFc1TeH1phvD61RBJFBU0uVDLZvD60w3Z9aqEGm7TRYC39rPrThdH1qjtNOAosBca5461XebJqM9KjPWmkBagOXFdLp3QVzFt98V1GndBSkCN6DpVpTVSI4Wpd+KyZZZzUch4qLzKRnzSAzr1dwNc7cWpZzxXUSruqobUE9KaEc6tifSrVvaMjA4rbW0HpU6Wg9KdxkNvKwXY/Oe5rTtiUUDGec1Qnh8tMjjBq3av8AOvpTbvqdUHeJo3N8hAVEfdjsKzLTSlv7lp7kPndgbhW4p+XIXipDNGm1JH2k9FUZJoTu9SrWWg1dJRVzEBnp1qhP4bt9rhreM7jlvrV5p1iJKSFc9ipqpcXV26HbKiL645rdSRnZvcx5NPit5MeVGmOB7VNaLpMc6uFHnZ+8Bzmom06e5lBeSR93oMAVs2OgQwHzJQDjoKjVm3upF3YhcXCrjI5PrUm8eUc+lJNhYsDgdAPSqsj7U3D0oJUbnM+KLoJbFFwc8GuV0pg2U4I3Zwa1tecysxJ+lYmnKRKAP71SaNdD1G31CH7KjiIEhcdOlJHqcLvgrj1rM05cEBgcEdK0BZQ7yyqM1ak7GbikTNNZyAjcVI96oyi1XcSGf8c0Pay5bcihT0x1qH+ziTwx59TScgUTF1S+cuLe1gJPQc1XOhRGMfaY3t5G53scg11VvoxjPmeeBnpgCnXDrAmydjKnfI6VnJstRRzkem20MW9Y1lXoQ3NZl19gQ7VtkQk8jFbt5bbVLQNsB5HoawLpRIfLmTDdj3FZpsppWIPssGzdGmDn161VLBXxnBqNhdWTn5jLCT1A5FKXVwDnOa3icz0ZftpBtxuBJNV9SXzbd0Heiz2+aMnAqPV5jbWkz9wpxWhi9zldVQMsaoRhBzUFygbSEYclH5rOE8jEszk5Oav2chmhmgbkMvekbJHQ+BrQvJJMR3CivTUTCCuW8G2Qt9MhyPmI3H8a63ispPUxk7sjK00rUpNNqSbEZWk21JQBTuBHspu2rG0U0rSuFiArTdtTEUw0cwWI8UmKcTTC1FwA0w4pC1Rl6VwsPzSZqIvTTJRzATbhQDmq/mVIjZppisS1G4qYDNMcVQmVmpAKkZaQCkA5RTxSAUpFIY7dS76ioqbjJd/vSM/FR0xzxRcCOV+ahDUSHmoxRcCQkYqIkZpkkmBUCy5amMvLS55qOM5FPxzSESoam3GoUFS0Acp5HtUqR4NXfIpfJx2rq5zOxHGMU9/u08JikcfLVpksyrqs1utaV13rNbrXZT2MmJSUUVoAUopKUdaALECkmtSFHxVewh3sK6S3swVHFcNeVmaQRjsj4qrLG1dM9mMdKoXNsADxWCmi7HOyZWkSTmprxduazDLtarvcLGukgqQuKyFucd6d9q96mwzSLikLCs77V70n2r3pWA0Nwo3Cs/7T70faPenYC8zio9wJqmbj3pUlyaLAatr98V1OndBXKWRywrrNO6CokCNqP7tDGljHy0MKzLGZNLzShadwKAGYo2imPKFqu14oPWiwi8AKkXFZf25fWni/X1osBbvMeQ/0ptkMlc9OtVXuhIpXPUVcsgFiXI5PSm1odVDVGoZjgKnU8VoWkSDBIBbuTWfbply1XrfIc+hojHW5u9rIsyJvb/GojEM8gflVlEDc0uzn0A61tYz0KoUjqPpSndjI6UT3UMCncQT2qsl80/KKAvr60h2e4r5bjPNQ3cZ8g49KXcRKSQTmpLj5ohu4+tFilocRfWuSS3NZ1pHbw3gZzjNb+rfuwTxXLOrXN2qq3f8AKpsVI7e1kRgvlt2rThx079a4xY57ICSKY8Hp610uk6nHcx843fxetFrCZs7NyjIzSNEo+7xUqMrDINPK8ZNVYzT1Kpyq4x0rMvPunPetWTIBrMuBkHIFS4m0TD+0eSzRvlo2/Ssy7ZXRgQePumtS9j2oWHPHFYTuynDng1HKKRXErBguAQagntgjb4xxnpTmOCSvP9Kmj/eQkVpFHNU0I4EG/JHH8qZqCiVX3jKkYNWYWwMYAx61Xvsm2k9cVozC+p57f2xtbt4h0zkfSremwtuyO/A/GpdRhlvLlBGoyi4PvWnoVqXuoY2HRtx/Cpb0N27I9D0iPybVFHYAVpb6q2seyIfSrGK43LUxF3UuabiloTAXNOWmU5etWIlHSmml7UhqWwIzUTVI1RtSAiao2qRqjamBG1RmpDTDQBGaYakNMIoAb3qeOoR1qxGKqImWF6U1xT1HFI3StBFdhTR1p7VFmkIlWnVEpqUUhjSKbUhplQxiVFIakY1C3NIZXbrSAVIV5oxxVCKNxVVD89XbkcVTjHz0xmnAPlqXFMtx8tTGkAqCpMU1BUhOKBFLyxQUp3mDPWkLj1rREsgYYNROOKldhmonYYroiZsybvvWW/WtS7I5rLc81209jN7jaKTNLmtQFpV603NOXrSEbmlj5hXW2wGwVyWln5hXWWzfIK83EbmsCWXGKy7vGDWhK3FZd23BrmRoc5qJ61gSNhjW3qJ61z8x+Y1vEQvmUeaark0mTVgWPNNL5pqtk04GkBYElOD1XGalXNAx+41NEeahxU0I5oEbVh94V1+ndBXJaevzCuv04fKKykCNmP7tKaWP7tKRUFDKjlbAqWoJ/umkBk313sB5rmrrWCjEZrW1XO1q4fUGPmHmtIoRr/22c/eqZNXY/wAVcorHPWrsBNVyiOus9QaSQDNdnZ5ZUXPavNtObEy16Tpx/doeppNHXQ2ZsRLk4HatK2UAgkc1n2+d2citKJgpyapHQ9jRVFSPJ4rLv75Y0YLgAUXd+FQnPArj9U1NpJRFCCzucYpSnbYVOnfVln7Q2oXnlZPljqa34YUjhCLgADiqmj6X9ltfMlw0jDJqtrN1e2MRlt4RKP5Uo6K7CUruyNKEp52G6d6dqLxHYEB45zXO6drX2qIPcRGCTOOuRVq51CPb1/GqvoLqYGv3qxbgT8x4xWBYzotxvbim+Ir2LzWkkfCj1rjLjXLgvi3wiZ6tyaSQ5TVz0W41FGBwc496z9P1No9bjVGIDryK5e21SWWLYFZ3PoMVs6LZzfaRNMPn9PSk0HNdHqlpdnaAxFasU6spHFcxZTfuQrferTtptvyk9aSbQrXL0zelZdw+eM96vTP8gz0rLnI3Y6Z70M2itCjdN8p5rnbhyGOV4J4NbN2dpwOaw52ySD2pxM6jsV/4icYz1qRchSvY1Ah+brxTzKFwM5q7HJJ3HnOenHfFNu1RbWQ5x8velSXfJ0PHSmaknmWboSfmFMz6nN2vy3OQQWLckV03h+xzezz9icL/AFrnLK2aG5GQa9A0SAJaoQOoyayqO0TSTNVFwoFOxTsUmK5CRKQ0GmE1SQmOzSg1FupVarJLINNJpoaipGNNRmpDUZpDIzTGqQ0w0xERphp5phoAYaaaeaTFADAOasRiowtTIKqKETAcUjU4HimtWgiBxUJHNWGqMgVLYDFqZelIqin9qAGk1GTTmpuKhlDOTRszUwWn7BigCoUNNKGrZUUmwUAZVxETVdIDu6VtPEDTFgGelAEMMZ21KYzVlUAFLtFMCBUNNkBAq2AMVHIoNAHK/bTml+2H1qt5JpPJNev9VRzc7JmvD60xrs4qMwmmmA1aw9hXK08xaqTEk1pNbE0z7H7VoqdhGdk0vNaH2P2o+x+1VyMZQ5p65zV37H7U4WntRyMRNYTbCK6GC+AUc1zqQlanDOB1rmqYbmZSlY25L4EdaoXF2CDzVIlz3qNlY1l9UHzlS8fdmseSMk1uPblu1RGy9qtYZoOYw/KPpR5J9K2/sPtR9h9qf1dj5jFEJ9KeID6Vsix9qlSwHpSdBhzGKtufSp1tj6VuR6eD2q3Hpo9Kh0mg5jnBan0qeG1OeldIulj0qZNMA7VDgw5jOsodpHFdNYkKBVSOxC9quxRFKzlBjUjUSQYpTIKpgkCgsaj2bK5i0ZBUMrgqai3GmNkil7JhzGPqKbwa5G9smZzxXdTQb6oSacGPStIwZPMcQtg2elW4rJh2rqf7MHpT104DtVcjDmMSzt2WQcV32mviKMn05rBSyCnOK1bNzGQp6YqXFpHVh5X0OihkwCRU5uCAPSqMLgqOfpTvmCNn9azZ2KxV1G7ZYzg59qr6JaKs7XU4DSN0z/DRdzRiNh5bSSkfKB2NW9JifyV84YPcYpKOo5S0N0THbjpioJFLKQx+U0smyPoTz1qJ5Rxz+VaWMUV3sYs/d47jHWsy80uJYn2sygDgA9K2tzEZxmqNz5kjeXtwWFIq1zznVfDV1dy7mO4Dpis3/hF9j/OuD9K9YSzOzaV5HFZuo2J8skDoaQ1FM4u101IgFWMZHeti1gVAWb5QKsG38tRlc+tR+aYx8wAHcAUF2sW4p2DjZkgetalrPIQNwHNYJu4lIAOABzirllfJK/y4zjApEs6JJ1lQocg+lVp4zgk/d7GqCySLJvUk4PPvWu43W4YDgjvUlRdjnL1yqk49s1zVxIQzE+vUV1GqKQOcAelcfdMRIyg1USKozeQx7ip9wwG4/wAKz1kOQanSXeMcYrQ5GX4mw+4DimXkgdggOODUUU21dvPHAqhc+bNISjY+U80E9SWwnSaLezAsDtA7mvQdNh8u2QHsBXC+GtJELrLK+9gflHYe9d7FMqIAKxqXegSauWjTDUBuRTDcCseRiuiVjULGmNNmoy+TVKIrkm6lDVBupN1Owi2JKd5lU9xo3mlyjuWjIKYZBVcuaaXNLlC5OXpjPUJY0hJosFx7PUe+mnNNxVWAk3Uu6oqKLATbqer1WpyGhIRcD01nxTAajlPFVYAaYCojcD1qpNIQaqmVs0cormsLketO+0A96xfNapo5GNHKFzU8zNODVVjOanWoaKJw2KXzKhopASGSjzKixRQBLvo31HS4oAk8yk8ymYo20AS+ZSGSmYowKAOd4o4opK+mOMXApMClooATaPSjaKWigBNo9KNo9KWigBMD0pcCiigAwKMCiigA2ik2j0paKAE2ijaPSiigLhsHpRsHpRRRYLjgq09doqLNLmlYdy0rqKsJOorNyaN5qXBMLm0tylSi7T1rA8xvWjzW9ah0kO50Qu09RTvtieorm/Ob1o89vWl7FBc6T7YnrR9sT1rm/Pf1o89/Wl7BBc6P7YnrSfa09a53z39aPPb1o9ggudCbpPWk+0J61z/nt6ml+0N60/YoLm99oT1o+0J61hee3rR57etHsUK5veevrU8EgZuK5wTt61o6dc/vQD3rKvR9y6N8PK0zp4mGBjPHpVghnUqTVKF8fN1FaUJWRARwa81nqozljkSUsq5NaCM1tBl5OSM4pskYSUtg4rL1OaSdfJtwTIeKm9iZK5a+3guxkf8AWpDrNnbqC8i59K5q48IXk9qZzqUyTEZwnArB0LRp7TxUE1edpYZBiJpDxn0q9bCdkrnoa+IrRjthVmfrgCkGreadwt5WAPJC9K27SDSotSjiJgW5MW4JwCVHeugs4rbY5iVCpJB2jvRGMmZOsl0OBfXVXKrFIzZ4AU5FYepa/d71X7M672wMr1r1j7NbefNiNNzAZ45rm/Ef9n2b2U9xsVVukzn0olGVtxxr66I87vr3UYY8vbMu44GBzWRfapc20f72AqTxz616H4i13SLZ1mSSOZ1cMEj+Y49a4/xJjV7i2/s2E3AlbezL0Qe5qGnexoqjfQ5K58RSxSeUsDM56DPWup8M2mrXpEtwVt4iOABk1Z0/wra2Uxvb0rJOB8o/hWugtZATuXhR0AqnZaFWb1ZrQ6eqW4RvnNaLQiOxwR90U3TmMiKew71JqbmOEqvpmkloZx3OL1plQnJHTpmuHuZN0rema6jW7hCzc9K493JkJxinFF1Q3c4p8T5yw9cVWZju3A855qWN+Dk9Ks5mWZZlRcHqKFb90T61UeQSt+lXhH+6VRQyGbOlgxwr781qiY+tZlsVRAPSrHnAV3Qw6cTklLUu+YfWlDZ71R+0gUfawO9J4YXMzRHNPC1mi+HrTxfr61m8OUpGiEFO8oVnjUF9acNRX1qPq7HzF/yRR5IqkNRX1pw1FPWl7BhzFvyBSfZxVcainrS/2gnrS9gx8xN9npPs9R/b09aPtyetHsGHMP8As9J5FN+2p60fbU9aPYBzC+RTTBR9sT1pPtaetHsA5g8igRYpPtSetJ9pT1o9gHMSbajkTIo+0r6003C+tHsQ5itJb5qA2tXTMvrTDKlUqIuYpG2x2pViIqyZFqMyLT9gHMPU4FP8yqxlHrUbS+9L6sHOXPPA70huB61ntLUZlPrT+qhzs0jcik+1Cssyn1phkNH1QOdmt9rHrSfbB61keYfWk3tS+qBzs2Pto9aPto9axt7etG9qPqg+dmz9t96Pto9axd7Ub29aX1QOdlsxmjyz6VoNEM0giFdCxaI5Ch5ZppXFaLRCq8qYFaLEJk2KZYCm+YKhuH2mqZnOa1VRMVjS8wUeYKzPtBpftBp86Cxp+YKTzBWb9oNKJznrR7RBY1FO6pBGTVezO81tRQAr0rKeIURqNzMKEU0jFaU0IHas+YbRUrFRY+UiLgU3zR61RubjZnms9r/B61oq8WHKb3mj1o80etc//aPvR/aPvVe2iHKdB5oo80etYH9o+9L/AGj70e1iHKb3mD1pd4rBGoe9SLfe9HtYhym1vFJuFZIvfepo7ncetHtYhymjnNOCE1Hbnea17a1DAcVEsRFByszfKammMiuh+wjHSq8lmB2qfrUQ5WYu00m01pta+1RPb4HSn9ZiHKyj0pNwp0y7az5Zipq1Wiw5S/uFKGFZX2vnrUqXWe9P2sRcpo5qxbybHBzWYs9SJPz1pSqxasNJp3O4tJlkiBB7VqWs2zj9K47TL05C5roYpv4u9eVONnoetTlzRua05+UtzTLK3jbL4wx5JNQ+Z5qgE/UVLb5U4Hes+pctjTMa+WAOayryxguc5Qe4IrUhwSOe3eqd7uifcnSmKBhx2Qsb57tYvNdl2EuSTj2rVsLxLez8sTXMLkk4Q8VLBcxqw82MMO9Oub2yReLf5jVKWgSgnpYhco86ut5cliP3h3kEiqX2KzE7TSwSXDn7plYsR+daC3tuF/49+T6mo59Ri24SHDCjmBU1sZH2KOETtHaonmHJ3Dt6CqhuYrGPCKqADgAYFT6jrAC7QvJ6ZrlL24kup9oz9BUNtmllFGul7JqNwEXOzPJraUAful64rK0i0NvGjkfNnNbMK5mDKeCec0JEOR0WnfJb9Occ1W1W4Ajbk9Klgl2KxyMYrD1i8UIxVhlhyPahkQ0ZxeuTAyBVPB61gO4yeenrVy/m3yu/TJwKyZH7irRM5XYu8lgxqRnKJx+OahQHHzHrUUsmWx6UzItwkNIABnNbtqqsVGeM1z8L7cHOK6CxUkKT2GacFeRnUdkZ17qk2k6r5FxzBJzHJ6fWtmG5EqAg1z3jIrJaQNxvVqq6Dqu3bBK3T7pNd9KpyvlZzON1c65iajJNTwgSoCKcbY10OpEzsUixpu9vWrhtTTDan0qfaRHYq+Y3rR5jetSmA+lAt2PajniBH5retJ5z+tT/AGRvSj7K3pRzxHYh89/Wjz39TUv2VvSk+zNRzRAZ9of1o+0v6077M3pSfZ29KOaIB9pf1pftL+tJ5B9KTyWovEB32p/Wj7U/rTDCfSmmMii8QJvtT+tH2p/WoNtG2jQCf7U/rR9qf1qDFGKNAJ/tTetH2pvWoMUYo0An+0t60n2hqgoo0Am88+tIZj61FinBSaNAHeYaTeaXyj6UeU3pRdAN3Ubqd5R9KPLb0ougG5ozTvLPpR5Z9Kd0A2jNO8s+lJ5Z9KLoBKKXYfSjYfSi6A3260CnyjBpgrwYm7Bqqz9KstVWfpXREzZiXnU1mk81o3nU1mnrXXDYyYZopKKsB2aUHmmUo60AbGnH5hXTQfcrltO+8K6eA/IK4a25rAbP3rIujwa1Zz1rIuuhrBFnP37HmsKVyGrbv+9YcvWt4sCPefWje3rTaSquwH729aXe3rTKWi7AkWRvWp0kPrVYVKtK7AspIc1dt2JIrPXrV62PIouxNHQWPauls8YFc1Yt0rorPoKymwRqjG2oZFBqRfu0x6zuyyqyDNQyR8VbIqGUcUXYjGuo+DWDdJya6K7IANYF24ya1hJiaMlyQ1SROajlYbqdF1q3JgkXUY4qVWNQJUq1HMwsaFrKVYHNdRZXAki689xXJQ9a2bGYowINLmNqU+V2Oohm5UEVqwKCQwPPpWDBL5oHPNbFi2RgHnODQdXNc0kG3GakkjWQEH8KjIwhx96ljbceT0pgipLp29gUOPWmrpYyd53Y7ZrSBycA09HBYgqD70WLuzIl08rHwoz2z2qCSx54OMjoK35eYSQM8VlmUBjn9aGiots5640RJH3bmPPBJqumjRRZkPzOT0rfl+fKrxmowmSUX0yKgbRRjhZIguAO5NJBJm5CZ4UZOKlu5fKgIBwwrO0sqlvNPKfmJ5JNUjKRp/amRWLP8pPAPauW13VFYMiHrwKk1PVCobY3stclPcGWQkndQkRKViOaRmOKqsKmPWourcdqozuI52piq6ZL5xSyMWfFNztIHVmOFFAixGWe4jiQZycV1luAsf0rD0y2CyGTGSvyjj+I1rzyCG2P0wK6aceVXOapLmZyfii63uEz1bp7CsWJyuCDS6lcG5vnYHKqcLUKnijqCWh1ui+I/JZYrk8dA/8AjXc2l1DcoCCDmvGw2K1NK1y402QYYvFnlSf5VE4trQVj13yFPSmvbjHSsbSPEdveRjDjPcHqK3VnSVcg5rjc5xepdkyi9uM9Kkjtge1TN1qSIU/aysLlQ0Wi46UG0HpV0dKDUe2kPlRQNoPSmG0HpWhim4p+2kHKigbQelNNoPStAimECj28g5UUDaj0pptR6VfIpMU/byDlRmtaj0qB7b2rWIFRNGDVLESFyIyDb80nkVpmIU3yfatFiJC5DMMPtTfK9q1DB7VE8OKtV5E8pneXR5dWmSoytP28g5SsUpAmamIqWGPJodeQcpEsBParMVrntVuK39quRwAdqzeKkVyFJLP2p/2IelaaxgU7aKj6zIfIjK+xD0pPsQ9K1tg9KTYKPrMg5EZP2IelH2Iela2wUmwCj6zIORGT9i9qPsQ9K1too2D0p/WZByIyPsXtTTaAdq2DGPSoJU4p/WZByIZLyahp5fdTayiDGNVWfoatNVWfoa6ImbMO86ms1utaV51NZrda6obGbEFLTaM1oA6gdaTNKOtIDV077wrpoD8grmNP+8K6SA/uxXFW3NICTng1k3XQ1qTnisq66GsEWc/fd6w5etbd93rFlXmtogV6KftqRIsmqGQ4oq79n46VE8WKAIV61MlNWOp1jpAAq5btgiqwWp4hg0CN6xbkV1FlyBXJWJ+YV1mn/dFZSBGuo+WmOKmQfLTWFZlFYioZR8tWitRSr8poA56/JANcveSkMa6vUl+U1x19w5rSIiqXyaswVSHWrsHSrYF1alWolqVakC1D1rUtu1ZcPUVrWo6VEgRqQEjGDWtZXOw/Mee9U7K2MzqoHJNS6gIbS7VEfGeME9TW0YSceY0hU1sdIk2+DPcGkGc5rJs7o7dufpmtKF8Ac5zSOuDLa5zuLYGO9SRYZw3O3+dVnO4KCeO9Pim2cEAKDQjW2hblwCwB69BWPdIDISBkfWrwuEbdkHniqc8y4Y4AUDrQwjoZUsjkgL/+oUouWhdeBnHWqNx/rgRnHtUF3fIqkb/mxxU2G2GoTYQjJ6881hXupGCHygcA9hTL7USwZ92cHH1rAmnaeRmPrTSOec+xJcXTzdG4FVhgKxo7YFIMng8VRiKeBk8GoJH2qRUkjYBPpVCWUcsTQMXIALseBVzTbKSUG8kT752QIR1qTTNIm1KSIuCsb8jAzhe5NdN5KJmSNAIYh5cKjo7f3hW9Ol1ZhUqdEVYYRbgRjnyxgn1Y9aydevvLtnAPOMCte4cQoUDZK8Fv7x7muL1u48xwua0ehktWY4606kxSioNBe1KKAKcBTEPileJg8bMrDoQa6LTPFVxbEJckuv8AeHWucxT1FDgpbiuehW/iyzlxmYD/AHuK27TV4JQCrgj2NeQ4AfafrU8byRcxyOn+6cVk8MnsHMe1JexMPvCpBOjdGFePRaxqMeNty5+vNXYPE+oxH5mVx7jFYvCS6Fc56vuB6Gkrg7LxmnAnRkPr1FdHZa9bXQGyVW+hrGdCcd0UpJmxTTSJMkgyCKcRWIyOkNPIppoAjNNp5phoATGacEyaQVPGKqImM8riopIeOlaIXioZUrUkx5I6rstacqVUeOqTEUSvNWrdeaaU56VPAuDSY0aEScVYC1FF0qcVgywopaKQCUUUUAJUbtipD0qpO2BQA8S81MpyKzFkO6r8JyKYE+KjePIqWl4oAwo3zUwNVowQanFbrcgGqrP0q01VZ+hreJmzEvOprMbrWnedTWY1dUNjNjaKKK0AKUdaSlHWkBp2B+YV0cB+QVzVifmFdDA3yVxVtzSA6asu56GtOXpWfcjg1giznrwdax5F5rcvB1rIlHNaxArYqeIgGoiKAcVQy/vXbVaQgmovMNNL0ASrjNTqBVRWqwjUASkVJGOajGWq1BCSelIRpWI+YV1mnjgVzVlCQw4rqbBMAVnIEayD5aRhT0Hy0EVmUQFahlHy1c2VHJHkUgOY1IfKa4y/HzmvQL+1LA8Vyl7prs54rWLJZzijmr0FWBpb5+7VqLTnHaqbAiXpUi9atCxb0p62bA9KVwCBcmtuxhLEcVRt4QpGa6jRrMTOP7o5Y+gpwg5ysDdjW0+1MNtvxh3GF9h61534w1Fhft5DkC3OFOep716bdTJDZSyA4CocD0FeK6tMZ4ZZSD80hxnvXdNcsOVCgru52eh6mdQ0yK6xhujD0NdBbXo4DN9K4XwBcKwuLJzwfmH1rqJ43ikIA5Hb1rje52Qbtc6D7WpXI6/Wm/axtyDyfWudEzY/dscjqDUc1/JGw3IenUGlY2VVLc6N7z5PSs691L5SFIGByTWHNrAAwc9Kx7u/eQnBOO+KfKOVaNtDQv8AUgTvSQhRzgHrWPJfO4JU9fWqTyszdzQA5HoPanaxzuo2DsT95qiz1208Rc8nNISFXFBIzGBz170hbHtTZJAeTVKeZiMA0DsJc3PzFVP1q74d0U6vcvcT5FjbfNKQeT7CqFhptzq1/HaWqFpJGAz2FesRaRbadDHpyrttrNRJc7h99/7oPetqNO7u9jGrO2iKcdu0NsCqBLq8+VSBgwxj1H0qneTRxjEPEcP7uIA/xd2+lXru5lIaYnbcXS4TP/LOIdj71zN7cA/dyEAwg/2a6ZaHMijfXAWNucDFcfPKZ5Wc9+lbGr3JEXlg/M5/SsbbWO5qiPFOxTttKFosO4gFSACkApQKpIQuO1PUc0i81KF71SRJDOuArjsaehDDNR3cyxp5eQSaS2yV56UL4rB0LIFL7UoFHersIbj2pyO8bhkZlYdCDRg5oP0pWA6HS/FE9s6pc5aP++Oo+tdzYapDdxKyOGB6EGvJat2GoXFhLuhb5T1U9DXLVwylqi1Kx6/kEcUwiuU03xXBKFWVvLf0b/Guhiv4pQCGHNefOlKL1NE0yc1GafvVuhpDWYxq9atRVXUc1ajFVETJh0pjjipB0pj1qSU5FquyVcYVGycUAUGSnRDmpnjpEXBoYFuLpUwqKPgVLmsWWLRSZFGRQAUtJmjNIBDVO4FXCeKp3DUwKqL81aMI4rORxurRhbK0ATGo2fFPbpVdzUtjKZjxTCcVJLIoFU2m5rsjFmTZMTVeY8GnBsio5j8prVIhmPedTWY3WtG8PJrOauqGxmxtFJRVgLSjrSUo60AX7L7wroLc/KK56zPzCt6BxtFcNdamkCeQ1QuTwatSSCs+5k4NYpFmPeN1rIkPNaV4c5rKkzmtUgGNTaQmm7qoYppKQmkzQBItTIarg1KpoA0rZASK3LSFcDiuftpdpFblpcqAOazkBt28Kgjitm2wAKw7e5U45rWt5cgVkxmsrcU7eKp+acUxrjFSM0QwoJBFZf2vHeg3vvQBamjVqzpbRGPSntej1qI3i+tMCP7CnoKeLNB2prXyL3qjd65DbxlmcAD1NUlJ7C0LskcUYycViajq1taD5nGewHU1z+p+J5rglLbKr/fP9KxMPKxeRyzHqSa66eHf2iHI221+6uJlS1QBmYBc8nNex+H7F7TSreKdy00g3ysfQV5f4B0X+09dWR1zFb/Mfr2r1+8YpaybB80pEUfHQdzXVGmo7GbdzmNf1K4k862jRtlydsPy9AOtcBrsHlQeWOQp259+9dhq12z6wsEJylumxR/tetc94htx9kyD8qfKT6nvWdV3NqasjI8NXH2XV7dyxCk7QPWvULuEzQB0++vT3FePQytBdRSdGDj8BXsenziS0jfrla5Kh00tU0ZTwl8nGG9qqlZA2HUsPWuils8sZE+6RyKptCA2MVNzTlMCa2jYE/lWfJZYJOBzXZ/YYbhQGWqF7oMgB+zyA8cqaaZm4nJm2VfeoJMKSBV+5s7mJiHQ8GsyYsCcjFO4kiCRhnNVZpRSzOdxAqv5ZJz37UFWGPIzCnWllNf3SW8Clnc9v51at7B5nVApZmOAqjJJr1Dwp4Vh0m3e7vyiOq5lL8bR/cB9fWrpwc2Z1JqKDw/oMWgWEflLHJfT/JAJFxuJ6tn0FP1IQRI1mWb7LanzLsk5LSdQAe9bFzcTQDzBF/xMLobILVzkRRjuP51yepzxxKsMTGWC3bO49Z5f7p9cV3pJKyOFu7MzU5y25pjiaTDSAdFT+ED61zl1KXcnp6j0rT1BzsKkgvnc7epPb8KwbmTy4nkzyBke9ZSZcUY2ovvuyP7oqsBSDLsWbqTk1Ko5oSKYgUGl2U8Cnge1XYVyHZQRiptvpSFM5ApWC4yMc80y7u1txsXlzUVxdeWvlRjL/SktrIu4klOWPapu3pEdurIre2ed/MkzzWosYVRgdKcqBRgU7FaRgokuVxuOKXFOxSd6qwhtGKU0UgExRxS9qTmkAfWrVvf3Vsf3MzKPTqKq0Umk9wub9v4quoyBJGrAddpwa3LPxTazYDvsb0fiuEo96xnh4S6FqTPV7fUIZsbWBz71pxMCMg141BczW0geGRkI9DxXYaR4sjIWO4Plv79DXNPDOOsSua53g6U1qoW+pRTKCGBzVsSgiudpoYFc0myl3ijzBSGRNHUW3bVkkEVC9Ahu/FHm+9QOeaZupOI0y35tHm1V30u/3qbDLXm0vmVWDUu6iwyZpOKoXMvFTs3FVZV3UWArRykvWvakkCsyKEbq17ZQAKbQFgrxVdxVw4xUDgVnJDRzMtwTUAkJarJt6b5GK9FSRzWY+NuKbKflNKBimy/dprcDJuzyazm61oXXU1nN1rphsZsSiiirAKB1oooAtW74NasU5C9ayIRzV+NTiuWqlcuJYe4NVJZM1KyGq8ikCskkVqUphmqEsdX5aqSc1orBqZ8i4qE1bkQmoTEallohoqTyjThCaAI1qVacsB9KmW3PpQBGrEGrkE7DvUHkGpI4yDSA3LKZiw5rpbNiQK5WyGGFdTYfdFZSQI0/4aqTMRV3Hy1TnXrUDKLykd6jac+tLMuKozSBBVJXAnac+tVZ70RgndWbd6kkQ5asK5vpbliMlU9K2p0HITlY0b3XXLFIjk+vasaaaW4bdK5Y+5pmKdtrshTUdjNu43BxU8f3PpUQrV8Pac2qa1a2YBIdxu+laJEtnrHgHSTpnh8TOuJZh5h49egre1X90ruCQtpDwcfxmr9tAkYhiUYReTx/CorO1VDLYIn8d1KXbjHyin1Ejzk749ZlfeXCxgsT3dqdrcPnacAP9XCOT6setSXTBQZcYDzM31xwKkvl8zSfJzgRrvkPqx7VzS1udK0PP5UP2qNf7zDNeqaLNi0UH0ry+7Hl3cODzuyTXo2jSH7JH7iuSodVJbnU2rnnuKkksUkG9TzjpVCzlIfFae/cpAHTvWZq0ZUsU8B+XjFCzKoBPU9asyuwyDzmqzRh+i0XE0QXnlSqcLnIri9ViSMtgV2ktk53hH2jGRmuX1LTJZHO5xgdxVXIscr5RkkAH4VrW2kMQCwzWvp+iphWK7jngYrvdI0GK3Vby6i80IQEiQ8luw+taQg5uyJnJQV2Zvhfwqlo0c8qob+UZjikOPKX+8ff0reuJYSjSMD/AGfaHiGUZNxJ6g9+f1q5OHmaSxjlWSaT57wv8rRJ/dX+VYl7dQGAXbIzaXaHy7SHHzmTpu9x6fnXoQgoqyPOnNyd2Zt7cTA5ZiL676E9bNPSuVvpt0imIAKrbIRn7z95K2NQeXzJo5pA11KokvZV6CLso96568O9lz8gZMLx9yHsfqacmJGfekeWu0nbztz3/vGuc1aXbFtzyxwBW/euBjI2kjO3+6O1cpev5157LwKxe5oiFBxUgFIBTwMVokAAU4UD608CqEIB3oxzxThRjvQIb5as2WQE9jTgq44JHtSjFGe1MAAyeGFMLhG2sakHHasu6nMt3tH8PFTKXKgSuaYbPTFHbFRQKQgzUo6c1QCUvpSeuO1KMY6UgCgDil7UDPFABimkU+g0wIvrR/SnY56UYGaQDM80uaQij+dIC5aajcWMgaCQhe6E8Gus0zxRHNtjkOyQ9j0P0NcP3oyQc1lOlGW5Sdj1VdQVxkNUi3YPevN7bV7mDALb1HY9a2LPXo5CFY7W9DXJPDtFqR26XAPeh5RisGHUFI+9U5u8jrWLi0O5eeQetQNMB3qk9yfWq7zn1oSA0Tcj1oF0PWsZpmz1pvnN60+ULm+tyPWnfaR61hLO3rTvtDetHIFzZNyPWmeeD3rHM7Unnt60cgXNxJlB61biugO9c0LhvWpFum9amURpnT/bAe9OE4PeucW7PrVmK7PrWLiyxftC+tNMqmsfz29amjlJrsUTFs0d2aZJ92mRnIpZOlWiDKuu9Zzda0Lrqaz2611w2IYlFFFWIKKWigCeE4NaETDFZ0Qya0YoyRXHWNIEhbNQSc1Z8k0hgNc9zWxlSJmq5iJrZNrntTfsntVc4WMUwe1N+z+1bf2T2pptPalzDsYwt/ani39q1fsvtS/Z/anzBYzVt/apRB7VfEA9Kd5QHajmFYzjB7U3ycGtFkFRFRRzBYLVcMK6WxYACudiIU1q21wFxzUtjsdErDbUEuMVSF8qryay9S1yO3jJLc9h3NEYuT0E9Cxf3UcKsSwGK5C/1kyOVh5/2qp32ozX0hLEhOyg1SB9RXbTopbmbkOZmkbLEknuaKKUVukSAFLinhcdadiqsK5HivSfhXpG+a61N14T93Hx+decBSWwBlicAV6bfas/hbQbTQ9PZROYt08o6knmmkJnpM00UKyoZED7ViUM3c9ap3zxM906Ou22g8tdrdzXh15qd7MrSy3crseTlupqtY+ItTsZNwuGeIsGeOQ5BxSbSHZndarF9ms7VGx8rEv/ADomONPjjblpAZpR7dhUoifxBoJ1i1dZo3b541PKEdRiqkcnnwsh/wBZK2Mf3UWsJqzZvB3SOP1iMpcRPwCDyBXbeHmElkvt0rlNbgyGfkqeRgdK2fC1yfIUE1x1EddJ6nYplSD3rRt5CVyeprPUhxn86u2+dnArE3JzEuMkVH8o/CpdrYx61E2QcAc0BYbKFkHI+lZFzZu77I0Z29FGTW9i2tUL3kpjPG2Pb8zA9xXPXXiyWG8nislFosjbUfaC+0d66qeGnPV6HJUxEYOy1Jori30Rmku08ydVCxQqed56Z9K5pfF+vrqiSteRnypWlW2jUbckYyTUbRQ3kztqeoSFGfe204L/AFNZk32d5hFZZW1GQCvBb6mu2EFBWRxzm5u7O20rxrDqMQ0vVc2zzOXnuw2CR6e3p9K1NSvG8yO7MYZh+705f4ZeOpFeUz+VDKi7QTwAF+Ymuo8Oa7Lcv/Z1+cPLlbKaZsCA/SrIsS3pWJXi3+Yqv5krnrJKf+Wf0rFvJQr4ch2+9IB79E/CrmoSNbymHJLxMVXJ4aTu/wBKw5ZQzDBOAOp9+prOTKSKuoz4Rstlv4jnqa5yPLMznqTWjqsxxtAx2AqjGAFqEtSug8U7GaQCngH0rRCEA7U4ClxSgEnHrxTEFGc8U8xMvBphBzQAUcUUCmA2VljgZycbRWTZIZZS57nNWdVkwixjq5p9jFsjyRWT96duxa0iXFAx+FOxxRmjtWpmJikFLz3ox81AwNOA4oxS9utAhPSk70v1pPegBOf1pMc0vYUo4NADcU3b6VIKQ0hkXvRzTyKiYFmCDqaQAuZDgcAdTQ7hOBUz4jQIvQVQkc5qZaFItQ6hPAwKyNj0JrfsNYE2FY4b0rkc81MjkYYHBFYSipFHeCXeMg00tWRpN+Z02ufmXr71rEZFc8o2YxhNJmgqaQA1IyQU6mqKfimIbSU7FIaAEzRuppoqRkm+nrKRVenr1osFxoWpo+DTcU5etbozLkZ4p0h+WoozT3Py0AZtzWe3Wr9zVFutdUNjNjaKWirEFA60Uo60AW7ZctW5bQAqOKxbT71dFafdFcVfc1pjvs49KPs49KtUVympU+zj0pv2celXDTaAKn2celNNuKuUxqQyk0IFQMAKsTvgVlzXGD1qkBbGDQyjFU4rjNT+ZkU2Ax+KganyNUDvgVHMUhd+KQ3ojHWsu7vhHxnnsKzZJ5JT8x49K6KdBy1ZMppaGvda2wysfJ9e1Y8krzvvkYlqbtpwFdsIKK0MG7jcYpMc04ilA4rQQgH504DmlA9aUcmnYQv1pevFJinHgUxCwv5dxHIeiuGP4Gux8XRs+rx3S/NHPCpXBzXE5BrubNzrHggdTPpz7TgY+SmgZy95kxqq4yT0Hase+fy4ygP1PrWjcPsaRsYJOFPtWJdtufFZVHoXE9t8G6ZY2Pg2PUdKPmlxvmR2z5nrx2NN1jT0NmNY09UW3lUI20/cJPNcN8OdcutLkukbe9iq7mUc7T7V6FpFyup2727KkcTuXSI8fTNOC5oWF8MrnMvYjUFZQpAYEBR3xWdoCyWly9tICrRtjBrfmS70rUjD8omCblXPGM0y/TzVW9ijIkQfvsjmuarS926OqlUXMbltIM4PpWxav0Fc7psocK2eDzW7GxQggcHqa4T0LaF2dmOAox7io45/IdWcKzg8BulO80bMjmqeowTTWA8lDvnfykI5x6mt6EOeaMMRU5KbMfUtameaa9aCSYh/KhWM8LnrisW+1BpJ1zBMhg+XBUZ3H3re+wCH7TMrqFswIYUYYBc9/rUf9iz/AGuTcrPHZw+a7KQS0hr19EeRqcpIhWdpI7VmdPlYycjJ7VJLpt+2fM2RxxlY+P7x5xXY2mhqr6fBLJhtpuZ/NXvUthYi8lsmMEJjkklunbdwQOFqWxo41rJLDQra6kli82ScngZIArLZC+o5EaN5MBkJ3dz3q7rt59oit4Vij2ecVAU/7VQWNk1xDqE/2XO+RYV2t0rKWrsjVaK7NHxCk1zpOm6rOD50kYimyR1HTAHtXLuxyTkdf8/hXe3ukTT2t9ZxwSLHbxxkA4PzY7HtXDG2d4JCOFThmPTPpROOpKZh3gJdSTksc1HjpU84LXTEgfL8vFMx6Ukh3G4xTxSAZzxmnY4qhBSglWBHUUYoxnn1pgP81s5NLuDEk5HrimY6UUADsGPAxikwRz2p3WoriTyYHf0FD0AypybnUSByF4rWjXbGBWbp0ZYmU9TzWpWdPuVLsJ3p31pvenCtCAGKUClwM04CgBtL2pe1HamA30pMcfjTuKTt+NIBtJzu9qU8mgUDFFH4UDrRQBG5CjNJbA4MrDk/yqObMkixjv1qw2EQKOMCl1ArzOapMeannkqr1NYzepaFFSLTBT1qRluwm8i7jbsTg120K+ZGDXBV3ekTCS0jY91FZVV1BEjQ00Qn0q8dtJha5xlZYad5NWhtpcLTAp+VTGiq8QtMKigZQMdIYzV7YKaUFICj5Zp6x1a8sU4IKYFGnLRtpyrW5mSpT2+7TUWnMPlpIRnXFUW61fuKot1rqhsQ9xtFFFWIO1KOtJQOtFgL1p96uitPu1ztp94V0Nr90VxV9zWmXaSikJrkNQNNoppNAATTW6UUhoGULnODWNcIxat+VNwqjJBk9KtCM6FSKt9BUiwY7USLgUMaKkjYrNvbsRofWrdy+0GudvJTJLj3rajSTd2TKViLLSuXY5zUgXmhVwBTwOa77GIlHWlxxSgUwExShRR2paaEGKBS0maYhTimk5NK3SkAzSGJjius8CXlrDe3lpeXEUMNzBjdJ0yK5Xt0php7CLWrOn26VYpBJGhIVx0NYjjLFqvPkjHrUbwFikSjLOwUfU1nNXLjodz4S0kp4fgJV1e7l3Egfwiu5s7RrXTJ5lZRLOwjiBSodN09bW1iRUkURRrCmw55PWukkaOMEFn8uzjLHK/xYraK5UkQ9Wc74omEHhdJAIDM0oi81Rlge9ZWl3X2xJlcQTKqBBtbaSfpUmu2rf2NDhN8u83DlT0B9RU3hPSmdYpJAfmJkbMO79amS1HF6CizfS32MpMZ5z/dragkDIA3pWpdaatzZbNrbpMsx8vGBXGJdzaZqH2S5VghP7tm7ivOr0eX3lsejh6/MuWR0TbmdVVgNxAFbc9vFFchpLfEdjAXLxn+I1maIn2q/VvkaOJd7BjV2X95bRqwlgk1CfcSnICDnn2wP1rbCQtG/cwxk7y5ew21sVePT7VpkkDMbudJRye4/U014omtsvbSQSajc5zEc4Qev4D9asT3DSw39zH5NwHYWkGOD6H9SfyqCS4htr+QI0sKWFsEUNyu412XZx6DbuZmgv5oZ4naRhawiQYPp/WuZ8V6oNMa4tLeCNfs1ssKlG6cZNaer362K6ZFOsEvlhrmQg4JOOP1NeValcTapqN9J5UhLsBjPQmpbstCkr7iaXZSahe2SfZy2FaRvm613OgaMDZ6crWcuZ7kyHD9QKg0jRVsnu5Gs5/9HtAMhu5FdZp9rFaPp8bQ3Efk2ucs38TcU4xsgbuN0+3t3lu2k82JZZHZw3zfIvArhdYEMOlxW9r5bROz3Lrtwcdq73VLtbTT9TeK6K7UW2jynGe/6mvPNfcjTbqd1Rh8ttG68dOtVYSZwzdTx1OaZ3pzevNN/rUFAO/anDPejHFFABRR1NFAhaPeil/HpTAT61narIfkgH8R5rSJAGcVkJ/pWoM5+6pwKzqbW7lR3uXraLy4QAKnxgdaXGAKX1NWlZCGYNPHSjBNOPIGKBCDg9aUdaPegdaYB3xQOlB60ooAQ9aaeh+tOODTH4zSAZ3pRTSeaM0hjwaRjgGkBpknzEIO9AC26dZW78CklY81M2FTAHFVJG60nogRWkOTUeKe/WmnisGaBmniozSqeaBk46V0ui3JW1Rc9OK5oVqaM/78xZ+9yKmorxEjpjd471Gb4DvTZrV9mQKyLgOh71xXNbG2t+PWn/bh61zHnuD1pwum9aslo6X7aPWl+2j1rmvtZ9aPtbetFhWOl+2D1o+2D1rm/tjDvTTfH1p2Cx032setKLsetcv9uPrQL8+tKw7HZmD2oEPtVzANBWr5jOxWCYprrxVg8VDJ0qkxGVciqDda0LrvWc3WuuGxm9xKKSjNaCFoHWkzSg0AXbT71dDa/dFc9aferoLX7orhr7msC5SUUVymohpppTTaQwppoNNpgIaiKA1IaSgREUGKqT8CrzVQuehqkMw9QcqrYrnyd1xj0rZ1JuceprHUfv69CjG0TGT1J6XpRRWxAUuOaWkpgGKUdaSndqYhKSnYpMUANpcUv4UDrQMDwKjPFSHpUZoEIoy1aGhW/wBs8S2cZAZUbzGBPp/9eqaDjNdR8O7L7X4ikcqhxhfm/M0rXHc9TtLYx3FnE0TjYpnkKNke1WXhaW08vE4a7my3+6KYQS13KkXMji3j8t+1X7oCAPIqTH7PDtXB/iNaN6kmDhJvt0hRJPNcW0QPBwK0raL+zEnSKA7UKx79+B9MVDHEiXNvC75W1iM8nmLzuPTmrVnGZLe2Uou+ZzO538Y7UMSOZuPH/k6nJZS6X1k8tZBMcYFVNQ1G38URYisJopxnyWDZAIrR8Q6PBLaC6Ugyi8yCqevvUOn20Nvp8UkjyGSK6K4HTnijkjJWY1Jxd0afhyG4h8LZnhWSe6k8oYb5gM4Nact9DbXV3NFM0aWMAiRJB8u8/wCRUchht7hPMhMcVhCZHaM8bjVK1ZrmOytWlim86Q3dwsgwQvUD+VRGKSsthyk27vctlCtxYRXEA2WsJuZXiP8AEf8AJrNjuxNBGDc5N5OZ3WYdEHQfyqpqOoiYXMiCWCS+l2KUOQIl4zWJquq/Z7C4mEnzSJ5UIKdEHeq6XZJleK9WXVdWUxqQGl2L5Y4KrVjw5owuFjkeK4YzXgAPqBVLw7pMl5d2jStOI0iaUkL0r0bRrCO0i09S11mOJ5246E1KXUtvoNFskkF/tW7X7RdLCOewwK3gsUdyson+XcScjcQqD/GoLG0P2fT8+exaUysrnGScnmkvZ/s+iztvELkGNfLXdyzU3roT5nN6/fONItIxcq7zyPcurrjjqP6VxHi5fsllp1mY/LkZDPJg8Emus1QPqmupbIUuIkZLdQODgctXD+MrpLnxNdiMFY4SIlUnOMU29Bo5w9aKD1oP6VBQYopaTvQAdqWlxRjnrQIKKKUdKYFW/l8m1bHU8CotPg2QgnqeaivD9ovUhHIXk1oqu0AdqzWsrlPRWHcj/CjvS0vTmtSQpOcUGk7UgHg0D9aAKPWgAPSkpc4NJgkdO9AAR0NMbvTyeKhc0mMYTSA8mkLUwsKkZOCOtLCNzM/boKgDAjFW1UJFimhEUrdaqOasPzmqznFTIaIjTCaV2qLOTWLZoh2acOtNFPFICZScVc0+TytQhY/3xVMdKlhOJoz/ALQ/nTexJ6kloJLYHHasLULDBPFdbYLutB9KpX9uGzxXnX1Nbnn89tsJ4qm6lTXT3locnisee0bnitUwuZtLzipzbNnpSeQ3pTC5XY1GTVloG9KjNu3pTuBBk0mTU32dvSk+zv6U7oD0WGXdVocisixk3YrYTlazIIXqCToasyVXk6GtYkMyrrvWc/WtO671mP1rsp7GYyiiitAClFJSjrQBdtD8wroLU/KK5y3bBFbVvOAOtcddGkDVzSE1VFwMdaPtA9a5LGpYppNQ+ePWm+eKLBcnJpKgMwpPOFAEuaTNQmWm+dRYCdiMVnXbcGpnn96zbub5TzVRWo+hh377pyPSs5P9efpVqU7pGPqarRf69q9RKySOdk/OaUDmkzTs1QgooznpSimIKKWgc0wA9KQDiijtQAUYxR1paQDTxTdvNPNIvJoGKflTOa9F+FVqIrW8v38vgEjd+lecXB2xGvZPAdr9n8I28e+INcyAcrngULcT2OhiiH2i0iMcbCJDO+1scnpU0Eb3NrGJIpMzzbj8/RRVV38w3sqpE5lkFuhVsHA61oTxi2EjiE4t7c7fn7mqZKKJ3NFcvvkVrucRJvXPyjip9y+deSp5LCNVt4+3PelhjMMtqhE6rbW5lbnIyabafOljE7oWkdrh96YOKAJbyIPEluWICzJ8sYzWFNCkGt3Cthkjk85434GAOK6JWVoVkLoN7NJ+7HOM1zGpzx3l5JLEsci3TgZLchF60JjYyRpJhFAxmg+2yGaUryFjHaoru8AsJrrfE73jeVD/AAlYx3qrJdyyO80Ylh+0/uYgOQsY6mq/2abVbq0Ds0UcrbIv3fSNe/40xFKWXzpSY/3caR4X5vuoOv51WtdMl1cXlxcXRSKMLFFGFzjNdW2mxxadMyywE3NysCbl/hBrUsIALdFW4hAmvf4U7L/+qk3cYQWsVp9oSKd/3cCQLtj7mtELunuwstxgKlunGMcc0JIHdSbhiJbhpDtT+Falt3CzRBp2DOZJjuHP5VIxYSJXsm8ud1zIcscAADArJ1u9S2trOAXKx5LXDoV4wo4/WtGCQGxs3+0SMxiYAlcDLH0rlvElxJe6pPBFNFMimO0VSMH1aqS1FfQr6OpSafUbmDcLa3ednjP8TdP0ryu4laeaSZuWdixJ9Sa9K1uZdO8E3syxywyX9x5KYPylF4/kK8xPU80pbjWwzHekoOOtLjipKE7804cUAZ60oFAhBz9KABS/jR2pgJTZH8qJpD0Ap9Z+pyEqlup5c8/Spk7K40rsbpyF3e4YcseK0ait4hHCqgdqm+tOKsgbuwApx4FIOR0oY8UxCZHvmk96aelKDxSAeKcfpSc54ox3NMBDSj+VN/HrSj8qAGsaryNxU0h4NUZJOetRJjQpc5ppaoy9Cms7l2LEPzSgehzV5hngVUtE+85+gq1I4RfetY7EPcrykD8KoyPk8VJNKTmqxOaymy4oRjmgAk05E3Nk1JtwazsVcaBiilNJTAlX7tSw/wCtQ+jD+dQx9Keh5460+hJ7Lpsg+yrz2p04DZrB0fUle1jO7qorSN2D3rzZKzNE9CCe1DZ4rPlsAT0rUM6nvTC6mhMDGOmD0pP7MH92tkFacNtO7AwjpQP8NJ/ZI/u1v/LSgJSuOxz/APZA/u0f2OP7tdGqpUmxKLsDmtN6Ct9PuVg6aOlb6fcrR7kkEtV36Gp5TVd+laxM2Zt13rMk61p3PesyTrXbT2MxlFFFaAFFFFAEiNg1aS4IqoBmpUQmuWsXAuC5PrTvtB9arrE1LsIrlsaE/wBoPrR9pPrVbBpKLDLP2k0n2k1WxRiiwFj7SaX7TVXbRg0WAmec461RuZCVP0qcqapXJ2j61dON5A3oZ7VXj4nap261AOJz9K9EwJwKcaQUGgBO9OyaSnUxB2xSjpScZp1ACCige1O96YCd6TvSk80gzmkAjdKVMk001In1oGRyL5k8UY/iYCvoHSAmn6PaoZEVba13n5O5FeF6Jb/bPElnDxzIO2a96uG/0QQrMQ1xKsY/d8bR1oWomR20QeXT4WSF8BriQg4Oe1T3H+k2DkQKfPnVBl+cA1GjCSe+nUQSY228eDg+9XGgWF4Y/Jj2wK0hy3em2JIrqQ6ag4W4Tc6wLg5/Kn3EnkveSq0n7mNYEymeTVXTWP2exiYTo08zTsAcjHWrausuw+dPtlumc/L2X+lHUBl7ObeznRJow8FuqDK4+Y1zFxDiCdvJikkIFvEEP8R6muhumM0Ma7vMe5lMzJKMfKOlY9laY1DTpJbbId5JBtbv2o6ATw6VbWpWKS4CzGIRpHu+6Mdqv2/kwagIxdYa0tOVZeme/wClZ2oaTa3muWuszXDR+XxGvY/41Zt7n7ZJql3CyKjbLWMSL94jqf1rNNtlEWpy+TcaDaxtbuTvnbI9F6/rWhaFoba0JeAbIXkO1c8npVG9UT+IpFC2zfYbIR5z0Zz/AICtT5VIjDgBSqERp2UZNVfQQ5chmXe5EUWzptGerURzEXUP7+BR9jZ+mTyaiYyNFcN5BZjbNJmRu7f/AFqmijkE4/d26EWIX1OSaYDftCwpZh7xQYbbzWJTj2rhg73MrXUqJNtSS5LR8HLcLXTa1eH+zr4Q3MLNIy2iKVx04P8AWsXT7FJ3UGCRRc3SQq0XTYnJ/DirjpqSznviHOLaDR9GRpcW9v5siv2Zv8muDY5re8Y6j/anizULgSM8Yk8uMt/dXiufJBrMtC0ho7UAc0DHDGKM0D+VHOaYhT0o/Gg+lB6UAIcYOewzWXbj7VfPMfuqcLVjUJjHBtU/M/yipbO38mADvUPWViloicelKO9A6UtWSA6Uxjx1p/QdKiY+lIAP1pV+tM9qenWgZIDRQKD+tMQnX6UHOMUUjHigCtcPtU1lmUlzVq7frWfGcvXPUlrY1itCwM1KvpimKKtW0e+QegoigZbgQRQc9TVW4lyasXUoRdoNZjEyNxWknZWRKXUYx3GpYoeMtUsVvjk1PtGMVCh1Y3Ig2gCmtyaleoXOKGCGGm0hNFQUSx9Kepw1Rx08HmmhM2NKvmgkEeflPT2NdGl2SvWuJVirA+ldJayb4lI7iuetFbjRqfaz60faz61SJpM1hYov/bD605bw+tZuadHkmiwjU+2HHWk+2nPWqoU4phU5pWA00vT61J9ux3rMVTikfIosMu2UJXFa6jCU2K3C9qmZcCne7EUZjzVZjxU8/WqzHit4bGbKNz3rMk61pXPes1/vV2U9jMZRS0laDFoopKQE0Y5q/BHmqMXWtS2HSuWuVAmWDjpSPb8dKvxICKnNuCK4rm1jAaD2qMxGt1rPPaomsvampCMXyzTSuK12syO1VpbYjtVXAz6KfJGVqE5FO4D+1Zd83zKK0C/y1kXbZm+ldFBXZEtiJqgH/Hwan61XH/HwfpXYZlgUYzQoqTGKaER4NLg0uOaB1pgFO6UlHQUAIKXNIDRQAUtJR2pAIeuKeOFpi9adIdqUDOk+Hdt5/irzieIIy/TPPQfzr2OWZYLje0sqraQFzuTjca87+E1kWS6uTu/eSBPlHYcmu8uZWkt9ollVr252jeufkH9OKI7CkyWxjD/Yon8iQ4NzKeh9qmuiz2V5MIYt0iiJctzyaZC3nNeTr9nfcy28Zzj61PcQAtbW4giZWn3H5scKKbeouhnM/wBiup3CyxrZ2oVdpyMmrEMvlx28TXcm6K0aRspzk1mz/NDO2yaNrq8CZQ5GAf8A61WmvR/xM5VugMFYE3J0P+TTaFcWZTLctJtNwkFlwSdu0mqSweTe2CtFMvlWrvlW71oXeHjvmKPKVjSIPHwPpVW9CRXl0+64TyLLb0yOam4x2nomzRgXmBEbynzFz/nrU1o5kt7MCaJvNuWkyyYyMmi3lEXkj7U/7nT8/Mnr3/SpbIgGwDXER8uAyHK+tJjX9fgUrAJNqGo3JS3JlvghfPUItWpbgC2lYzOSLd3IiX+8ayNDctpy3BihBkmnnLluDyea0Lib91eJ9tA22iDEadM07aivoTtEjG7Atp3/ANCQfM3XrxWgGjs5JpXSKERWy5ZjnGBmqZjDm5wbmUtFDH6Dmm6ywgsroRvEkl3MkAWTk4HX9M0b6Btqc3q88rW1lG4huCkbXUmwYO49P51biePRdMa4LXELWGnvKQRkeY/AqgYv7S1bLW5AmuFhRoj/AAJyaZ4+1EW/hu4hjuZWa+uhEEdcfu4xz+tW9hI8pZiSXY5Y8k+9RU9zTf61maCU4dOaaPrTh6CgQuPzpaTnpTv0pgJ35/Ok+tLVe6l8iBmHU8D60m7DKv8Ax96iTj5I+PxrSFVrGExQDP3m5NWhjNKK0uDE5pRjOTRgkUv1qxDSeDxUJNSOaiJ5qWMUZp69qYBzUi9qEA4Cilz7UnTqKYgAxTJehqToTUM5+WkxmVeN1qnD96prs81Fb9a5ZayNlsXVHFX4x5MG7+I1Vt497gfjVt1aTgfdFbRRmymyvM9Wo7YIBnFTrCqLSOwHeq5eorkbcDHFR96VmzTerUARynng1XkbipZDljxULdayky0MHNOxSqtKRUjBeKfUY4NSUITJO1bmlyb4FHpxWCDxWnpUwSXYT15FTUV4gjdIpuKnUZXNGyuQsr7alhXmnbKfGuDQBYVflphXmpQeKb3pCJI48ileDjpUkRFWcAikwNYLxUcvSnB+KjlbiktxszbjrVVjVmc81UaumOxkyncdKzn+9WhP0rPfrXZT2M+o2iiirGFJ3paKAJ4etatsOlZcHWti1FctcqBpQ9qupVWFauIvFcDNh4QGl8kelPUVIBSAqtAPSqk9uMHitYrVWdeDTQHOXEIzVF4q2bleaz3WtEIzJl2rWNN80jH3rcvPljY+1YOc5rtw60uZyG9KgH/Hx+FWDVZf+PiulkFpetScVGvWn55qhDaBR9KUUAHekPpSnpR1oAaKXHrSdetOAzQAgpe1L2pppAC9aZcthTUqjmoXjM9xFCvV3Cj8TSew0ezeBLRtP8HRvibe0ZYbB/E1b0sgt7v/AF8iJY22SJFyNxp2nWwi0+xtgs5Xhjt4G1RxVYyNNb4891e+usASp/AP/wBVUiGX7GNkisomW3cqjXEhzjnt/OnciUTPbofJt3kJ39zQhEsl3Mq2zAutuhBxwOtRaigNnfsLfcWVIQQ+OvpR1H0MpNsMulxus0W1HuHwcj/PNSabIZrW0BuYz9ouGmO9Odo5qtet5N5fsrTQi3tVjHGQCav2svlTxRieAi3s8ncuDk03sJbiwSi4tZpiZsz3vBQYUgHt+VQ3Uu7+13F3IuSkQ3L06f41Y09l+waavnyDc7SEBeO9Q+aZLd9t2h8++wN69gen6VPUfQszSlEvv9Ki/d26R/MvTNSTSmGO5k3258mz/oaindpI7zEls3mXKRjI9MVDr7NHoetSLHASyCIYPJyMf1qf6/IZnaNAY/D8TG3jDLZgku3GWOa2n3Ge9TzoF3JDGAi5PNUI7QRWNxCtkTsjhi/ePx2rVDCG5uHOxArF8RLk/KuB+tUIdNKq4kczFWnLbj8owg4/WsXxJdSLJbxYgnW2gad9vXe3A/rWvPGc2Cb/AJmHKznqPvNxXJXn/E01hw9ucXN0E3RH/lnH1/WnFAy/4ehS1ulkczw/Y7Tewxkb35rjfiNetLqtnYec0q2luCxZcYd/mb+lej6WU+wyyC7kUXd0fvJkiNOv6LXiuvag2q67fXzMWE0zMp/2c4H6YoluETLPXmmilPOaTHpUlCj2pw6Ug6U6gAGBS9aKWmA3rxVCYi4v1iHKR8n61cnkEMDu2OBxUFhCUhLt99zk1D1dhruWwPSg/jRml9a0EA/GmuQBSnpUTEGkwGmm06k9KkY4U9RTB16VIOvtTQC0dRS9/ajqM5FMQnbpVec4U+9WDwOtVLk8ZqZbDW5jXR+akt6bOcvUlt7VydTfoa9mAEJPU1byqqfeoYR5cQHc0uC1da0RgxWkOKiJJqXZjvTGwO/FAER6c0EgLSkioZHwMcVLZSGeuaiJ5oeXA61X8ysZMtIs7wBTC9QhmY8VIsTEZNK7YWHBuam7VDtxUo6CmgYtTQPskVh1BzUGeaeh5piOys5BLCpHcVZ21j6LNui2E/dNbnauOasykR7aULT8VPHFuqRkHNAU5q+trmpBae1IRViQ1bRDU8duBU4iAFICFZKbI/FMHSmueKaBlaY5NVm6VNJ1qFq6ImTKc/Q1QfrV+foaov1rrp7EEdFLRWgCUUtFAFiDrW1aDpWLB1FbNo3SuOuXA2oF4FXVTiqEEgwKvJKMVws2JAtPAqMSCnhxSAU1WnHFWcioJ+lAGLdDmqDCtC66mqJHNaIRlamP3D/SueHHauj1P/j3f6Vzlehh/hMpbjiarf8ALcVY/Cq7YFwtbslFpBQfpSr0zSHrVCGjrTs0lOoAQ9MUvajvQaAEAp3WkHtS9KAEJGKTvzS84pvekA9emaueHLc3niuyj5+V95wPSqZ4TrXTfDO1+1eLGkIYrFHk7f8APtSYz2CfMFtcSBLjMUIhQg/xH0qsHW3vlUzsEsbXJEq/xGrMieZ9liMdwPOmaZyG7DpWeZTNbzEXHzXt0EVZU/hH/wCqrRDL1nGywWislszBGuHIOOT0/nUVzCJIYIzbyN5tyCSGxwBmrIw8t04jtsblgRg3YdaimAa8tv3MzBPMk3K2B6Urjsc5dzjbfhZJojPeLENwyMDFXGmITWJ/Mt3CIsQJGD0/+vWdbvltNUyyJ5txJMRKuR3qd336NIx8g/ab3G4dcbvSq62F0ub9u6wizT7WMQ2xbBX2qtbMzw6YPPt33M0pyOvX/GrF5OEN9ILmLEVuEG5ehxUKqUuIV22ziCzLHHHJ/wD1VkULBE8sdtmK2bzbtpDg9hmquvQmXTYIPs6EXWoIrbG5wDn+lW7ODB00G1j+WF5Dtbpn/wDXVa9UG/0CM27oN8kxZGyeF/8Ar0dQ6EqxCX7Qfs8pD3ijMj4GFH/1qnuJUS2uQJmTJSPESd2OTzTLSINbQkiTLyM+Zm/vN6VatR9tRsXEbqbsuVAwNq9s/hVCKmt3bQz3UvlxTJaW2xSW+be3+RWFo0MdrNcXDNNAbK1C9Mje3J/pRet9umjV7Yp9su2mZomzlE6fyFa2ixh9OQi7YfbbsyMJEydin/AVdrIW7E8SXx0XwhMRdFpIrUQJhMZkk6/pmvDTwuO1emfFLUmkS0stxO9zO/GB6DivM36c9agpEWQTSikpwpFC44FL9KO+KUfWmIB17UpoAGM013EaM7YwBmkBUvD9ouY7deg+Z6uAAADFVLFCwadh80hyPpVzvSiuo32DnNLRgjBNIzYBxVCGMwHFRZ9s0jHJ+lKB6Uhigd6Q1IKawxQAi4zUo4qIZ7VIM5oQCk89KB0oHWimIRjxVG6YbTVs9az7xsZFRN6FR3MqQ5kq3YruYe1UmPzmtPT1OMiueCvI1lsaqjI5p5ximjhaY8mBgmuoxFZ8DFVZJeeKbLN71TklrOUrFJEzTVWklyaYzk8Dk1JDZySnLcCsruWxeiIMs7YAzViKzd+W4FX47aOIU8kDgcVSp9xOXYgS3RBSSEDpTnk9KquxJobS0QkITk09TxUQ61Ip4qEUxxpw6000CmI1tJl2XW3P3hXVI2VrirSTZPG3vXXQSZjFYVlrcaLYNW4GHFZ26pFmxWBRuRuuKeZFFYwuiO9DXZx1oEa/2hR3pfta+tc/Jdkd6rtfMO9UkI6QLTHHFWBgio5BxUobM6XrUDVYm61WY10R2MmVZ+hqg/Wr0/eqD9a66exA2ikorQB1ApKBSAsQ9RWrbNgVkw9a1IOlctcuBopNt71KLvHeqJPFRliK47Gpqi896kW8HrWGZDSiZhRyhc6FbsHvTZLgEdaxFuD61IJyR1o5QuWJ33GqjU/dmkI4ppCMXV5NkJ9+KwcitbXDyo96yV5FejRVomctxKglH71TVg1DL1BrZ7EosrwlIeTSr9wfSkpiCigdaUUAGKXtRQelACCjNFFACUd6dximjrSAdJhYq7z4T252andBHYnCLt45PvXA3JwmPavWPhVabPDauUkbzZy5AOBgUuo3sdbd4t3u5hDOot4BChVs8nrVeFhFeW0JuFKWduZXWZf4j70sql4bZDHcRtd3JlYg5+Uc8/pUXnG4jvpVmikNxOtvGJFwcDg/1q7EXL1qhW2td0dtuYPcOQe56VXnKp58pS4PlWjHcp45q66AT3BWGABAkCkN+JrN1ORVs9RbzLgfu0jBReBn/wDXS3HsYauILiyXz2XybNnKzL3NTWyEroEJFupeQylxz2J6VV1OYi7vgs6t5dokYWVcHJrR0+P/AIqPT4xHBF9nsy2Sc5zgU/MDR1CRpLS82y27ebOsY3D3Apt1GxOpsLaFsRpCCGxnP/66GV54rJNltIJLouecdMmgReYkmbNT59+Bw/UL3/SoWg3qTGIR3U5+zECC0EYKv3Paqtyoj8QWwAlhNtpzHj5sliBj9KstGH+2t9lkHm3Kx/K/UDFV0w/iHV3HnJgwwbMZJAG48/jQgZft1MclomEG0k7pm5+Uen1NUxdSw+GrmdoYptqMqbDjLMT0/MVZhiY6ja5tEK/Z3dmd8nk1lX6IbfTbT7JJGJ5zM2xv4V5/wqkIzYUS2mumBmt/sVosK55G9hz/AErsLVfJW1tVuFk8i3WP5I+ct1/QVgaSBcWm9bsL9svt22Vc5RT/AILXQ6hcpa2t/etI6+TAZNyrgBmHH6AU5dhI8U8Y6j/aPiS6kUtsRvLXcecCudc81NNIZZXkJJZyTk+9QGpe5a2EpwHekA5xUg6Uhjfej606gCmIb3xVS9YyGO2X+M5P0q3wOTVCzP2i8lnPQfKtTLsNdzRRQiADsKO9Ox+FNyPWqEKc96hd6eTUTqSeD+lJjIs81Ig4pojw33Sfcmn7Tu44FICUdOKY2PWm4bdyT9BTcc8888UwF74p5mQDlhkelNCgL0phAXtSAU3S54DH8Ki+1sQSI6CwUECoi/tSbY7CtcyEZ2qB1qlNK0gJbuKllPy/WoJvlUj0rKbZcUil1fHvW5ZJtjFYsI3TD61uRnbEKVLe4TLDyYHaqc0uTSSyE96gVHlbCjNaSl0RKQx3JNLFayTHOCF9avw2Sp8z8mrBwOF4FJU+43LsV4bOOPkjJqbgcUZHrUMkuKvRE6sczYzVZ5MVG8hJ4qMnPNZuRSQ5mJqM07BoxUMoaBzzUi8U0Dml7mkA40Ck60UxEyGultLjMSn2rmFrasG3RD2qKiugRref704T+9UyDSc1hYZd8+gz+9Ucmk3GiwXLLyZ71XY5pmTSZNOwHZLdD1pHugR1rBNyw700XZJ60lEDWkkDVATVeOUtU2eK1ijNlebpVF+tXZqov1rqhsQJmkzSUZqxi0UlLQInh61qQdKy4uorTg6CuWuXAsnpUbU81E1cpoNNNpTTe9MB4p61GKeKAJlqT+Golp7H5DSQHNa0czKKyx8taGrNm7/CqGMivSpr3UZPcWoJf61LnsaYwyR9a0YkWF+4PpSEU4dPpQaYhg6U7HFIRS9eKAAdaGooOKAGjj3pwFIBzTvagBD0oXGfakNOTrSAr3jYQ17h4Ot2tfBVuBFI5+z8AHHLV4bcAy3CRL/GwUfjX0RY2mzTtPtfJlZSy5w2OFFJbsHsJcMlreO3+kQrZWnB6jJplghL6XA0kEvlo1xJvGDnt/Oq11Jvt7phLPE95diNRIMjaDj8uKuAs02pzhbaXy0W2jOcHPf+dX0JLEat5cLGGBS5edjuz7Cs/UZAbSRftUqmS6jT5U44xWm8WySRRbwqsMUcIO7ueTWfdy5a1T7WF3XhO3ZxwKlDOa1aRpZdUIlhm3TRxAOMHtWppKt/wkOpSrbxL5NsqYZvx4rJuwZ1lbMEwk1IDjg8GtTR4D5et3H2UEPIIwWfnp/9eq6MOpqRwsbnTVezQ7I3kyrdOP8A69R2ccZXTAbWcb5ZJjhunWnSIsN/ITbTL5FljKN6/wD6qdBGLeWyVmuh5NmzHPPXH61Ax1kqSR237q5Xzbt3PJ7ZqvauBDqM4ed98s0oUD5hj5Rz+FWoJFtLOCdpLnbbWrzN8vOTVF5Vg0O4R7iUstsgby05y5yfx5ppXYtkWJovLeSZbO4DLZJCp38lmOMdazdQlig1C7dWuIVsLMRpu5G5v8itm/MZ/s+HN3iSUOzDP3UHf8axLeQ3iOy3Y/07UQqrKvVFP/2NVHUT0N3T4TbxWVt9phfyLYdE+bc/H+NYnxAv/J8ITBJZt15dbAGGAVXj+ldO8xSa4mZ4htY4MK5bCLx+przf4oXmJtL0sTSu1vB5kgcYwzUr9R+R541RHrUj8cZpgqShyjPU0vfigdKOKYABmlPHakHXilPWgCvdsREEX70h28Utvbpbx7Ez7k0keJr126rGMD696s46VK1dx+QmARSlc+lLgdKPwqhCHAOeKace1DHioye1IY7NI33qQH6UhOaQDjx2pp6Z96M8U09xQAueM1Ex5oLH8KTrzigYxs8iomXmpT1NMNSxoryD5lHvUFwflJ9TU8h5HsarXJ4A9qxkWiC3/wBZWj5vy4rLhJDjHetizh3HcetFO+yCQ6G1aXDPwtaMcSRrhQKUDCikdsV0JJGTdxsjVEzcU15KgZzmk2NIWST3qs7knrTmO403ArNu5SQ3bmnBTS8ClLCpsMCKjNSZPam4oYDKB1pTSd6kY7tR3oHSkpgPWtjSnzuU9jmsZa0dNbE+PUUnsI6DaMUmwUi520ZNc4xDGKQxCl3Ub6LgMMVNMVSb6N4pgStHUflYNKbpPWonul9aEBajYLU/mjHWsV70A9ab9v8AetUQ0ak0oqi8gzVSS9z3qq11z1reLsieU0fNFHmisz7T70n2n3quYdjV80etHmj1rK+0n1pRc+9LmDlNyGQZrTglGOtctHd4PWrsd/gdawq6jirHSGUY61GZV9awzqPvTDqHvWHIy7m4ZV9ab5y+tYR1D3ppvz60+Riub/nLThcL61zv28+tJ9vPrRyMLnTC5X1okul2HmuZ+3n1oN8xHWqVPULi3snmXbH04qDtTSxZt3rTgeK7oqysZsGAI96iGVkUepqam4+cGqJJs0hoo7UwCik5JpaACjpS9qSgAHWlNA60tADOvNPTpz6U09ad/wAs80AP0WD7X4o0+DsZ1J49Oa+gXAgDymK4b7NbE5DY+ZvavEvAEH2nxrbnk7FZuOvpXtF2gktpF8u6H2q5WMFT/Cv/AOqlEJFKMiK7022M8iCCFp5FmXIyferGnRtPa2geG2kN1cNOxVsfKOR/Sqdzcl5tVljuQfu2saTL3/ya1PJNu0jLaQt9ktQilXx8xqmShUDOPMNvEvnXDPnfnheBVOSU/arBftcIx5shUpVxbfyWSP7KieRbqMl+AzcmqNxI6z7vMtSIbJm2kepqRnLxLJdPYReRFL5t3JMTGcHAJrodHtlGk82kn7+8Yn5+uD/9aubg/wBGubKR7fHlWbyFom9a6LQOdA0pil0GeQscn1zTlsCNvTLeISapqU0cnlhiuxmz8qDnj86e99ZapoDavYs6wNE2yQrgle/FV9IvktI7qKRJpEkvGUB17n+lPvbqOeOa2QC1jMyo+F++x5OAKwafMWnoVb9wunXQNzJn7NHGPl4yxqpfSvLb6lBFepvEkcYVEz0Aqzql5hYUS4Vzc36R7GXAKrzjP4UlgzNc3xkkgTzL3aPLXJGAP8K2jpqQ+xDqN0sWozubuZPsVjzuTjc3P9KNHhYT6Nbl7aUQW73D7uDkjr+pqnqFy1xb6m8d8j/arxbdQ69gQMfzrWgiaS/1ST7Lbv5cEdurBscnr/MVXT+v66i6lqAM0MMeRE07rnyF3cFi7ZP0ArxvxtqP9p+LtRuFdnQSeWhbg4Xj/GvY5bpLC2uLwu8cdnbSSARrlc/dH8q+f5pDLI0jnLOxZs9yTmp6lIgakHNBHNLSGLS8HjFGOaB1pgHRfftUc0nlQs7HgDNS9TiqV9l3itwclzlvpUydkNbk1ghS3DN95/mP41Y+lCrgADoBSgGmlZWATqMYpGNBZVHUVGZFzxk/SmIRmNRck05mJyQhpo8zqFH4mpGCg05hyKTEuMZUUeU5OTJ+QoAU9fTFM4B5704wjnc7H8aQwR46E/jSGM3L6immRB3zUu2NcgIPyphbAwAB9BQBCX/uqT+FRln2/cIHvUrOfU1C2T1NSxohYkk5Uce9VJ2yeatvxVKY8msZGiG2y5cVv2w2pWHan5q2I2+UVdImZbZ8dDULPu+lRvIB1NVpLkAcVq5JEJEzsKieQCoczSn5VNL9klJ+Y1m5N7FJJbiGUCm+ae1Si2A60oix2qbMd0RgsakVe5qQRE1MkWOTzVKLFciC0xh2q0VAWqsh5NOSsCIzTaDSd6yKHUUgpaAHCr+mc3iD1zWeKu6e228iP+2BR0EdglvlAcUjW1aFuoMQp5jHpXMwMg25qMwH0rYMQqMwigLmOYDTTCa2DAKjMA9KYXOJ+1P6003DnvUv2f2pfs/tXTyiuVS7mky1XPs9KLf2p8orlH5jSbWrR+z+1H2f2p2DmM/Y1Gxq0fs4pfs49KLBzGd5bUeW1af2celH2celFg5jOCMKkAar3kD0p3kD0o5RcxQw1G1q0PJ9qXyfajlC5n7Go8tq0fJo8mnyi5jPETU4RGtDyaTywKTVguUhCaXyyKt7RTJMBTRHcZBj5eKTHFKBS1uiSMuQeadG25xSsgNNjjKygg8UwLNJS0nSgAPSj6UUDrTEGKX6UnenYzSAQHJJo5oA9qWmA3vTn+WOmnrRNxBxSGdd8KYA2u3d2d2IY/4Rz3r1baq3FkHF0gghadzngE+tcB8Krbbo19cZk3TSiMbBya7jUphHb6rMs1zG3y2ybl49P60RWhMnqULIG6OnxGaOTz53uXWVcNgdP6VrCH7Tbv8A6Ip+13YGVk6qp/8ArVQiLJf3DDyJ1srMIOx3GtC2thB9jRrN1+z2zTNtk4DH/JqmJIV1yLmYWpBeVgN78YUYrL1ZZEt9UfyLZttskYweeR/9etBYMWEKC2kJKDId+7tmsnWYt1jqGbEfvbtI8q/JwQKS3H0Oc1VFtnuf3MsPl2SJlDkc112lIkVho8QnnG2LfyPauN1sqDqe1p4SXjiAbkV3UUux7dftoxHZ55WiXwgtyrbyB4rAfbX/AH140nzJ1AyasQzGQwf6bEfMvXYZXqBnio7OR/M0lRdwsFheQ5Xrx/8AXqW0aRjpmWtXz5shx/Spf9fiC/r8CjqzPK2iRh4Zw+pM3ljjOA3P4VctMWlxPJ5kFttMs7LjPsCfyqrfKzX3h2F4omzLNMREeRhTz9Oam1SV4tN1MxNa/MFt0UnnJ65P/Aqa7B5mdaia4bRbdvs0/mO90/Y+o/U1sadHssZrp7JEae4knOX4IThf6Vmww7dVu5WsVYWNksamJv4jz/QVr/YvI0+G1SzyFWGDEkndjuaqbEkc/wCP76XT/DD2g8tWnjigOxz6ljx9B+teOt05Ndx8TL3zfEslmsSxrABnBzkkVw5HODUlIbzilANLjj2o6DPrSGKTSik4pD0pgLx1J/Os+3LT3ss4xgfKuasXcvlWrsPvH5RTrSLybdF74yah6uxXQmCuTgtj6Cl8te5J/Gne1GKskZhV+6APwpjE44qRqjNIYzJ45pO9L3pKQDgc0DrSDHeigBc0hPFITz9KYTxQAE1ETnPFKxwTUbE5qRjWqM089OajY1LKRDIaoynJNXJDVFz1rGRaH27bWrQVpXG1RVC2Tc3WtiABQO9VTVxTYxbN35karUdlCnUZx608bjinhfU1uopGbbEAQD5R+VQyZJq1tAGf1qFjz6VTEQiLPJp3lgClZsU0tUjHHHp2ozgUygkUANkPvVRzzU8hqux5rOTKQyiloNZlBS02loAcKnt22yo3owNQdqkjODTEz0S0lHkipjKPWsmwdnt1PqBVshqy9myblgyj1pplFQbWo8tqfsmLmJfNFIZaYImp3kmn7Jhc5ry6NlS0YrpsQR7BS7BT8UuKAuR7BS7BT8UuKAGbaTaKkxRigBm2jFPxSYpgNxS4p2KWgBmKXFOopANxS4paXFMQ0jioXOKsEVC6k1nPYaIN1RyHIqbyz6VFIuOKinuWRjrQTS9qSupEiFqchy9MI5p0YO+gRL3ope1FACGjtS0nWmADrTjQBSmkAg+tGKKKYDcfNTLviKn/AMVQ3uSoX14pPYaPaPhzAtt4TsAzyLvYysI17DnmtiSQSRadD9qmRridrhhInUDn/CodE2WXhqzgW4ZWFnhRGmeScVZublYNSlIu/lsrPG2VP4j/APqppEsz1DXcVw4jin+2XojDRtg7VP8A9atab5jqTLBdLnZbptb+X51n2Vri40qJ7ZG8uJrh2hbHJ/8A11csij29p812n2i6aYg5PAyfypv+v6+Ql/X9fMnliDXEKC2uHUz4GXxwi1z1yitaWQNtcoZ75nOHz0J/wrbLIZYZCLxtkEsxIJ7msRzHG2ip5t3HtieU7wT27/nSQznruQS7lW5ZfOv2O2Vf7td5NJIrzES2x2WQ6jjNcPbs9xJYIs0M25pJSsgx1bFdzexvt1A/ZrZsQqmN1EugIjjEonhylq3l2JJ57mi1hdWst1pB+7s2YlW6ZxTbmDEl8fsCHZZKgKv654p5gEbzYs5B5dkqDD+vapGU2g/4qPRE8gRtHZyPkN1yRwfaob4PPbabC9nbv9puzMwRuwyf8KsXUJTWLy4W1Yi101YwrvxubNUJ40i1e3RrJ0WzsS58tuhP/wCqqRJc0m2WeG6k+y3KG8vgg2NxtU49enBrWRBcXdmxspW827klyz9AoIB61R0vy7TTLFCb3dHayXJGD1P/AOul+0Q2NrFdMt4BaaY82WJxk+vvTYI8f8TXIvPEuozDIDTsACc4wcf0rHFPlcyMWblnOT9TTO3FSWthKdx2pAKXHNABijOBS5prEKpJ6KMmgCncfv72OEfdT5mq+o6Y6VS09d5kuG6u3H0rQwM8ZzUxXUb7CEcUYxSjOef5UvNUIiYe1Rn+VSsOTURH5UmMYQRRjqaDRnikACkNLTc9eKAEI44pD/OlY00nFIZGaYc09mPSoy3PWkMaQcZqNulOY1CxNQ2NEMpqm9WZKqPWLNEWLJTvzW3CnHHpWJaZBrXhL4Aya1pETLgTpk0/hTmoFJGDSl8ZrcyFeQ4wKiwSeTTWl603zKVxjyDxzSYpN2fWlLUhjCaTJoJJpKQxj85qEnNSvUJ96zkUhKSlpDUDAUopKKAHCnp1pgp6daYjt9Ew9lGf9mtfyxXP6BNi0UehIraMxrpgroze5NsWl2LVfzj60eafWqsBZ2rS4WqnmmjzTRYRzuKXBqfYKNgrK4iDFLipdtJigCPFGDUmKMUxDMGjbUoApQBQBFtNLsNS4p2KQyDyzTvLqbb7U4LSuBX8ul8qrAT2p4Q+lK7CxWEVOEPtVoRn0p4jPpSuwKnke1H2XPatBYT6VKsB9Kl3YIy/sfHSsq+TZIAK6t4SqHiuU1Js3ZH92qpxdyirSdqKQ1uhCHOaehwwqPvinIctQIm707tSUvagBPypRSYHQU7igBRigg0uKG6UAMAxS9qUdelNPHFACDOajcb7y3T1lUc/WpQMtVeZ9t5CxGQHBx+NKWw0fQmnlzp1khniQxP5TBBk4qreytPBfsl3DKbq6WFVkXHAIGP507Q5SsUxEUEKbUuFJOT05qUwyynSYGFtOCzXD44Pt/Or6kshuAIJ9UuPsjL5FusKtC/qPSrsJW2EUf2i5UWtkSQyZ5PH51lhFe0UGK4ga9vv4DkFQf5YFastwG+3Mt8w8yeO3XMfpjNDFcr3sqxQXhN1dDyrJU4ToW/DrWRqNyIbwKt8f9H088SJ61q6pdKbXUCNQx5lzHAvyemOKxNVneWfWHWe3lASOBcj1/8A10JAU9Ntnl1K0ieGCbbBGMg4PLZrsL23Vo73/Qs75kj4f6Vzuk23m+JSDZgiNo03RN0wua6aSBXMSmC5/eXm7hvT8falJ6oaWhXu4kJ1E/ZZxvkih+VuvT3qUqjXF5+7uhvmjhHJ6ADpTVVHeIZvF868Zz9F/pxUloyu0L+ZdfPNJMcr2HAqen9f10H1/r+upm6lEJYrv/R7h/tV5HCPnxhRj/Csq6May69OGuoSAluvU9v/AK9a0vly3GmqzXhLSyzkqDjgYH86yLeUS267b91N3qecSp1Ab/7Grj/X9fIh/wBf18zfuJkj+2D7fMBBp6rwnTOfasTxzerZ+GriJLmZpJ0gttrLgY+83b0rYnuHkTVWGowfPPHADsHHTj9a4X4m6k0+spYi4EqQ/OdowASAP5Uraf15FdTg357U0dMUrGmA1JY8dKdzikUUtMQnb6VTvpD5Kxrw0px+FXORwKpR/wCkakz/AMEQwPrUy2sNF2FBHGqDjAxUmD60DvTuKoQuPQ0lKCKR26/SgCNjUJalZjURJNJjF3daQGkHHakqQHZpM+tIT+VFAxD0qNmFOY1EaTAaTTCacajPpUFCEk1E9SGonqWUiCQ8VVerElV3rNlItWw/WteAcVn2a5UVrxKMCt6a0uZzY9UBpWiX1p4HtSMf0rUzKpgy1KIR3qQn3pN/alYYnlCmsop++mZzQBEV4puOOtSN3z6VETxUsojaoj1OakfrUXesmUg+lIaWkpDEooFFIBwpy9aYKeOtAHS6C2YSPRq3cGsDw583mD3FdSIeK3jUSVmZtalXaaXaat+TThD7UOtERS2mnbTVwQ04Q1Pt0FjA8pqPJatv7IvpS/ZF9K29mSYXkN6UfZ29K3vsq0fZl9KfIBhfZm9KcLVvSt3yEpfJT0p8gGILRvSnCzb0ra8tKdsSnyIRjCzPpTxZH0rXwlL8tLkQzKFkfSpBZe1aOVo3rRyICiLL2qQWXtVvzFpfNFHKBXWyHpUq2Y9Kk84UouBRygC2g9KnW1WohcinC796OQBt3CqQn6V57fndfS4P8WK7fUbzELc9q4KRt8jMepOalqwIZjmkIyKdSHgUwIiOadGCHBpMinK3IpDLNHakzzS9uvWgAHXFP4pFFO7igA70jdOKdnn2pG9qBDO4pDTqRuO9ACL1461UlAkvEU9Ce1W171nzuRdKynG05zUy2KR7V4Rka50ZJo4VDiAws0rdTnFdJeq0d3eTNZRstraBFMbc5PP+Fcp8PIjPo7N5Jnjlu0A3NjGBk4rpLuJJbO6JtLmNru9EeUbPAOP6VotTNhZKlvd6ZbmW5hEFu0rK43DJq3Zz7k08G+Q+ZJJcNmPqOcVA9wIp9VnS9dBFEsCiWPIB/wAmrM1w1uZ9t1bEWtiByvc//qpP+v6+YL+v6+RlzXLTWumoL23c3F40pyuMgZNc/KHu2kBt4JftGodVOMhf/wBVbMzSfadLRktJRDaNK2OOcCsKzhBlsC9kw2xy3BMbeveqQG54Ut0N3JctBcxEyyvlTkYHAreGyOS1Ja7Xy4ZJzwcc1leGESHR9/mXaE2+SrKTyzE1qXT7BeAXkq7II4RlOhapluNbEMcqxRwt9puB5Nq0pBTu3TtU6MIIHzcy/ubYAll4yeTSTvl7iNb4/NJFbj936cmnXE2+1uCLpSJZtgLLgAAgfjUsaMi4uFhvWY3sqi0sMnKcZbn09qpaV5hl0GAXVvIVjed9689P8TUurXbNDrTR38RLyJbKCnTgD+tTIkkeqXMhitZRaWIUYOOTk/0qun9f11J6/wBf10LNoZ5ba1JFmTcag0hIPUAn/AV5N4wuTd+LNSkJQ4mKfJ044r1e0h+zR6Vv0+ACC1knc7xhTt/+vXiF1Obi4muGGDK7Px2yc0X1Gis/X2pBmkOcmlFSWSqflFOHHf61GDTs4HHamIjuJBDBJITjA4+tRabEUtgW+853Gq9+xkmits9TuatGNQAB+VQtZFbIeODTu1NOKM4UVZI7imNjrSlvX8qic8UgGMfmplKeuaYT1pDEJ5zmjPNH1pDSGLQTxSdqY7UgBm71GTQeTTT60mMQ9KYTSk4ph9aljENROaeTUTGoZSIJDUDVM5qFqzZaNPT+Y1rXTisnTOYx7VrrxXTT+ExnuOJ44NIx9qX86a3bvWhBGw9aYR9Ke2KZjnpSYwwfWkOPWl60nNIYdqhapc1Ew5pMCFutMqRqbWTLQmKYafTDSGJR3ooNSAo604U0U4UwOi8MOBPIv0NdqoG0VwPh59uo49Vrv4uUFY1NyR2BRilorK4BilxSUtMCv51J51V6K9yxiT+bSebUNJRYCbzaPNqKiiwWJPNNHmH1qLijIosBL5p9aTzDUeRRmiwEnmGk3mmZo3UaAP3mk3GmbhRuFAEm40oY1FvFL5goAl3GlyfWofMHrS+aPWndAU9Uk22789q5bNbusS5hYDvWBnFYzfvDQpNMJ4oJppzipuMbmkB5FFLikBbPY07NMGdo9xTqAHg9aXvTAad3zTAf+NNPSnDpTGNAhR0pjH15pQeKQjvQMVeFyay5pNlzn3xWqf8AV1SsrX7drVtahSwkkAIA7dTUTGj2/wAE2RsvDujrNBcFislwzIePate2eLbpMfnXkW53mO5SfXr+dRw+TbQoFlu4Vg084AU4Gaswy+Tc2yrqIxBYliJF9a1tZGfUhjuDLZxbL+NvtV9n94nUA9P0qPUppprPWGAtJPMmWBcHGRwP61La/aJP7FjJs5ch5T2zx1/WqE8JbToQ+nxE3GoZOx/9r/61GlxdCnrCbLnUX+wr+5s1jBRumaoRxxwPeHbdReRYKg284JFT6mI2i1d/s1xHvuY4QVOemKY8yRQ65KLqdCNkYDJnOAKpAzsNJUR6XBGt5KQ7Ig3R84Uc1N9o814/9NTFxeFhuT+BB/8AWqSCb7JYwM95jyLYyMWTADEU1I7v9wVeGUQ2bMSyY+dqze7KI4bhme3kN3CwLS3JwnboKdlyLOMyQvhlYswwATk04eaC6+bajEMUQAHQk5NRyF3vTN5UcpDyEOxwuFXAxSGjBnLzW9mnmWUn2rUC5GOoBJ/pUd2mYdem+wxt5kq26mN+vAH9avC3d7nRImgszsieZgD04x/Ws1bfzNNhP2JgbvUtxMUnYMT/ACWr/r+vuI6B4pmjsNM1ORbWZGisEt42LfKC7Y9fQV47JwPpXoXxAvhsltla4BluV3LIfl2ov+JrzyQ8VLLREOtOH1pg60/vnNIoeMYpGxjJPHU0mcYqnqM4htGwfmc4FJuyuCV2QWZNzfyTHkZwK2V6Vl6VFtgzjk1qClDYctwY800jpilbrSZFUIDUTn5ak3d8VC7c0gGnB6U0nmlJ6009aQxvPXNGelFJ+dIBSaY3SnE1GxpMBCen0pppSeAfam9qRQ00w089ajNQxjGNRN0qQmoWqGUiJ6iapHqM9KllGjpLfeX0NbQrnNOk2XQHY10SHpXTSd4mU1qOppbj6U400g1oZjGph96c360w0mMKT60ozRSGIevFNbP5VJjNNYUgK7DmmVK3WmYqGikMNRmpG4qM1DKQlBoopAAp4NMHWnCgDS0d9moxH1OK9EtzmMfSvNLJ/LuY39GFej2bZiFZVSSzS0lFYjFoBpKKQGZ5g9aTzB61mfaPek+0H1r2vaIxNPzR60nnD1rL880nnml7QDU88etJ549ay/PPrR5x9aXtANM3A9aQ3ArM80+tJ5h9aPaAaX2kUn2ms3zD60m80vaAaX2n3pv2ms/eaN1L2jAv/afek+0+9UdxpNxpc7Avfafek+0+9U8mjJo52Bc+0GkNycdaq5pGNJzYEF9NvwM96zjVm4OWqv2pp3GM7dKQ0/FNI4pgNpcGlxxRxQBOh/dilHSmRH5TUhP/AOqgBQadmo+9OHWgCXtTT9etKenNNNMAXqeaQ8nFIh5alH3qAHPxGfSpPCpQeJ4XZmUKrEFRkg4xUUpPlntTvDL7NeQ+YI8kDcR7ipe6H0PeZJx5N0F1AA+RFGA6epp95LNv1RlktZRHbrEAeOcf/XpytJNJIizWsu64iXBHYDNNuLdpbe78yygk+03ix/I2MgEf4VpoZsVbfyr2JnsYiLaxJyjdCf8A9VZBiQNocJtriP78xCtnHH/160dREcaazKLOdSESBSjdeO3PvWZeSx2+puwnuY1s7DHzDOCf/wBVCB/1/XyMsukllb/vrlDc6iz/ADLngE/4Vf0sfaI7gnUExc34X54+wI/wqC0yLjS4PtykQWzztvXoTWroPnC30RBLaMZZ3lJxzjk1VxHTuRdytC1zGyyzhCoXllUZxVu1vpJPEk2kNp5NqsHmG6YHax6bBxgkZ55rNzcNLZOhtWY3jHrjjBzVxdQ1GaNBGLdd8rJ8rknaOpFc8omiZA0Kx3DCKG3EYm4z6IKym2uM/Z5ZiYZ2xnC9hxV6IM9sjm2RcxFixfONzdazmeNkGbi5lP2OY4iUgct7VcUSw8ho7gzfYLdVg05cZfnnnHT2qjBZNGmhQm02lEaZvLl6Hb/i1XLu3BstQ22DszWsMeZJMZyMY6+9SPbCPVZG+woEtrIAHzeRk5/pVX/r+vULf1/XoeP+KbxrvWpxufbG7ABznHPNc8/U45q7eS+ddTSjo7kjv3qk3JoluVHYjpwoxQOKkYE+tYl7L9ovVjH3U4rRvbnyLdj/ABMMCsuxjLy7j1zWNR3fKXFdTctVCRqKtCoUXCipO1bLRECn3ppPvQ3Tioie1ACs3HBqInmgt2ppbvUgKaRqQmkLcYpDEP8AKkNBPPFJxikxgW4qMnmlJpKQDeeKKD0pM0hjWNRmntUbVLGiNjUbU81GagsibrUZqQ0w1IxYDtnU+9dNCdyA98VyynDqfQ101v8A6sfpW1EzqE5NNJ4oPPekPQ81uZkTGm05ueDSYqRiCnYoxzTsUgGjpSN0p+PSk7elAEDD0ppFTEdqYw4pNDK8nWojUsnWoe9ZMtCUtFFIApwplPFAE0eQeK9E0mXzLWNvVQa85TrXd+Hn3afF7DFRV2EblJRRXOIWikpaQzjMmjJoor0jEKKKKACiiigAooooAKKKKAFooooEFFFFAxaWkpaAFpj9KfUch4pAUJTlzUZp7HJPpUZrRFCikPSilNMQz6Uhp5FJimARfewe4qY9KiXhgal60gAdKcMZzTccU4UAPppp3amNTAFPJpVznPNMQ/MalHSgBkx+Q0/w3n+3oAu3JlUfN061HP8A6smk8P5OtWuEV/3y8E9eaiW6H0PoO0DSTKxtIHH2liSrei0yGBCNKRrGdC8zztsbOOvv71V08KLfe1lIuDM+Y39sVcSSKK9hHm3cf2ax3EMCQM/14rUz6mfPKjWP+vuo/tWofxAngH/61Zd/cmRtYdb5SZJo7dQy9uP8a1RP8uiRDUFOd8xEiYzx/wDXrJh825FqvmW0n2m/aTkdQuaYi03m/a9VlWS1fyLVYlz6kVtWFo0WsafEbS1ItrFnJDdzgelZUdrJPa6g5soJDPerGMN1AIFbcFqDqeq3H2BRsijt0PmevJ/nQ9h9S2sGx7RmsYW8mGSYnfyCahSAW9vCTp+DBZvL8j/xN2pbu3UC8H2BzhI7Vdsvr17+9LdQxk3CLbXaiSaK2G1+w5PeoX9f18xv+v6+Q+KBYF2/Z3QxQRqDI3yg4JPes958QjfqCLjTiSIkz1PXvWjP8yXDrFLJvaQhZWwuFXAqixligbLWtuBpye+OfwoQMjvxE0M4Md7OGuLdDyQO30rC1i5WH/hJLn7LOgSJEDF++3jv71uanPG0Uga/lJGoQjEK9OB6CuI8ZXiw2mpwxzzsbi8jBWQEAqqZPb1xT1t/XkLr/Xmeft936VCenNTN0qFuTSZohuBmkOc/407Ax16VSv5/s1ufm+ZuAKluyuNambqM3nXHlr91P51csItqjis23jLyZNbkCbUHFYw1lcuWisWh064p3Xv0pg6U/Py1uZiEECoH+tTn7tQt60MCL8aaTzTj16VGevPeoYwY0GkJNIDSGL0pD7UcU3NIA9aQmkzQetIYHpj3pnel7NTTwKQxp9ajbJp5phNQxojamNTyeaYxqSiI00jinGmnpSGMxzXTQcRL9K5uMbpkHqwrpoxgAVtR6mdQfQR8tOHNIfStjMj25NG3pxTvwpPXHFABj1oI4pw5GaKQxKaetP7dabxQBGRyaY3SpicmonPBpMZUk61DUsnJqI1i9y0JS0UvapAb3p4plOFMCRa7fwy2bBPx/nXDr1rtPC5/0JR6Maip8IjpKKXtSVzAL2ooooA4yikor0jEWikpaACiiigAooopAFFFFAC0UlLQAUUUCgBaWiigBagmOFNT1WuDwaaGim3Sm0rHtTcirQxQKWmbwKN9UIdSZHeoy9NLZpXAe0gWpkOVB9aoSEmrNs2YwO4pXGT9R1pwptOGKYiTtUbHtTyTioWPJoAcvJOR0qUGok6ZqTjrmmBHcH5aboOP7XtSULfvhwDzRcYwaj0ghdTtySwxKDlazluUtj3PS3RrBCTdxbo5R0JHWr91deVHqsiakuViSECRBwcf/Xqh4ekDafZql8yl16SL6tV28M01jKN9nN9ovgozxkAj/CtupkylqM0yaiPntZRa2BPTuf8A9VVdNs5PtmlRtZwP5Vs8xIb1pNaDtcau32OLkRwDY3+fWrkcCQ3l5IbCZfIsVQbH7nPvT6C6lnTrNFs9LR7CXdNcPO2yTp1PrV7TEjmgml+y3Q+0ageS3JC8evtUEPkwT2Slb6P7NYlu5AzU+hui6TprF7zlZJzuB75P9aUtgW5OFid0/dXi+fqBbgnon9OKWGWNpbRvNu13TzXBBB6DI9OlRW06ItizXtynl20tw29O56dqfHOFQAaiT5diB80Y6uetKw0xLlo5LSNCLqfNpK+3BHX16VW8nCOY9NjXOnIA0jD16d6tX86fapYjfOdtjJgRJzxxmqO2OWJWEN5MX05eXJA6ihbAyzfPOokDXVtCPt8QwBnsPU15d49nd/Ek0JuBNGuGGBgAkf8A1q9QnglzL5VhbJnUIsF2yeg54FeR+NLk3fjHU3Oz5JfKGzp8oxQmPqc83oKjqQ46+lMx3NIojbaQQe3Jrnr6b7RdHH3V4Fa2qXAgtyq/efgViQJlqwqv7JrBdS7aRdMitZVwB61UtkwMmrmcDj86qCsiZO7HdumKWmA5/CnAnFaEikjFRN3p575qNumKQELcU01I3vUfU1LGMz70maUjnFIakYZpO9JR3pDA96Q+lL3pp5oATufpSUfxfhSVLGNPTiozUhqI/lUspDSKjbpUh9KY1SMipppxptAD7f8A4+o/96ulT7tcxEds6H0YV0ydM1rS2ZEyX+HNRM3PWnt0yKrsTmtmZjsj1FAYdqiz1pATU3GT7vejOahzS7vei4EpPp1pCaZu5pM8UXAcTkVE9P60xhSYyu/tURqd6hNZMtDKWjvR2qQENOFNPSnCmA8V2HhX/j1P++a44V2HhX/j1P8AvmoqfCI6ntRR2ormELRRRQM4yiloxXoXMRKKXFFO4CUUtGKVxiUUtLQAmKMUtFACUUtFABRS0UXAKXFLRQAVRumwcVebpWZcnMlVEEVyeaYc1JRtzVgRc4pOam2UbKLAVzmj61MY6aY6LDIW6UtrJiUr60PGT0BoigIcMe1T1GXvxpyjFJwRSrVkjzUJ6/jUz1B3pgSKOKk96aPu07tQBWuT8tQ6e2y7hbeRh85qS65U1FZE+dEAw+90NZT3LWx734XLmytSJoJAiA4YY6DNS+S0o0eJ9PhbfK8zbH+pz+tVtIRxo7SNawzBbZyNrAe1WEgih1SzBsriP7PZFvlbIGfx9q3MTFkhE7u32OYefqWPlfsPx9q2D5YTWXLXsReVIRwTjgCszT9hk0Vd92m+WScjBPr/AI1t2bLLbLjUHBudQJ+ZOyn/AOtVMRJqF2kQ1WRNQlXybZYhuj7kfT3q2ji105V/tF18iwxlkHUj6VRv5/tFldBdRtz9quwgynZeP6Vr3UkjLOi3lud8kUI3D6e9S9kMryStGtyi6lCWjtYoRuQcFvxqyHke5mH2u2INxHCMDoFGT3pv72a5f/jycTXwX/gKD/61LbeYVWZoLXlppyVPvgH61I0QzzSm8Ym5tohJZyHpkn5uvWqFvcRvYWztqEsv/Ev5ESdeR6Cp4El+22mywhQPYvlnbnOajheePQoGkubaECyI+QZ/jHrTSEwvZLaGG4uZLO4kSK+WRjI2BwoPc14bNKZ7iWY9ZHLkfU5r1zxpconhfVSL2aRzdhQFGF5A9BXkBFPoNbkZHPqKMgbtw+UDJ5p+DgkDPpWXrF55UIgQjew5I9KiTSVy0ruxk3lwbu6LfwjgVNbx4xUFvFk5rQjTGDXNFXd2at2Vi3CoC1J17imoMCn/AEFdBkA9OaD9DSjOetJQAHOKYc8U40jZoAiYHHeozUh6VESRUsaGn6U0+lO7Uw1JQZ5xSE0nNHvSAM+tISaDSUhgPv0hPpSj7wpDSAYaZ3qQ1GallIa1RtintUZ61Ixhphp9NNADehyO1dLbNvgRvUVzXf610lv8sSgdABWlLdkTJ35XiqzcmrJ5HWo9lbszIMGjbxU+ynbKmw7lcL3o21Y2f/ro2YPNFguV9tGKnKUwriiwXI+1N4xT2GO30phBpMZE9QGrLDg1XfrWcikR0UZA6iipGIaVaShaAH12HhX/AI9T/vmuPrr/AAqf9GP+8aifwiOqopKWucQtLSUopDP/2Q==" title="Professor Peter Murphy" alt="Professor Peter Murphy" /> </a> </div> </div> <div class="col-med-223fluid-right col-lg-223fluid-right"> <div class="no-print"> <p>Peter Murphy is the Deputy Vice Chancellor Research & Enterprise @ UniSA. Peter is also David Klingberg Chair in Energy and Advanced Manufacturing. Peter was appointed as one of UniSA’s inaugural Industry Professors in January 2015. This was in recognition of his extensive research engagement with private industry at a local, national and international level. He joined UniSA in October 2003, initially as a member of the Ian Wark Research Institute. He was one of the first staff to join the former Mawson Institute in 2007 and has subsequently built a research group of around 25 staff and students, all funded entirely through external research grants. His research encompasses the engineering of surfaces via the... <a class="modal-link" href="#About-me">Read more</a></p> </div> <a class="content-pullout" href="http://i.unisa.edu.au/staff/chancellery/"> <img class="content-pullout-thumbnail no-print" alt="" src="/siteassets/org-2-images/chancellery-and-council-services.png" /> <h4 class="content-pullout-title">UniSA Chancellery and Council Services</h4> <p class=" hide-sm content-pullout-description">Home to the senior executive and facilitating communication between senior management, governing bodies and the University.</p> </a> </div> </div> <div class="gc-lg-1of3"> <div id="twitter-wrapper" class="hide-sm col-sm-1of1 col-med-1of2 col-lg-1of1"> <a class="twitter-timeline" href="https://twitter.com/UniversitySA" data-widget-id="692944169678028800">Tweets by @UniversitySA</a> </div> <div class="col-sm-1of1 col-med-1of2 col-lg-1of1 summary-biography-extras"> <ul class="inline-list icon-link-set-lg"> <li><a class="icon-youtube" href="https://www.youtube.com/watch?v=kHccpLgdbS8" target="_blank" title="https://www.youtube.com/watch?v=kHccpLgdbS8">YouTube</a></li> <li><a class="icon-orcid" href="https://orcid.org/0000-0002-5127-8120" target="_blank" title="Orcid">Orcid</a></li> <li><a class="icon-scopus" href="https://www.scopus.com/authid/detail.uri?authorId=7401685527" target="_blank" title="Scopus">Scopus</a></li> <li><a class="icon-researcherid" href="https://www.webofscience.com/wos/author/rid/F-3971-2013" target="_blank" title="ResearcherID">ResearcherID</a></li> </ul> <div class="hide-sm" id="summary-biography-message"> </div> </div> </div>  <div id="About-me" class="modal"> <div class="layout-section-backnav"> <ul class="modal-nav inline-list"> <li> <a class="close icon-close" href="#" title="Close">close</a> </li> </ul> <p class="h2">About me</p> </div> <div class="layout-section-header"> <ul class="modal-nav inline-list"> <li class="hide-med hide-lg"> <a class="modal-link icon-up" href="#Biography" title="Close">back</a> </li> <li class="hide-sm"> <a class="close icon-close" href="#" title="Close">close</a> </li> </ul> <h2>About me</h2> </div> <div class="layout-section-body"> <p>Peter Murphy is the Deputy Vice Chancellor Research & Enterprise @ UniSA. Peter is also David Klingberg Chair in Energy and Advanced Manufacturing. Peter was appointed as one of UniSA’s inaugural Industry Professors in January 2015. This was in recognition of his extensive research engagement with private industry at a local, national and international level. He joined UniSA in October 2003, initially as a member of the Ian Wark Research Institute. He was one of the first staff to join the former Mawson Institute in 2007 and has subsequently built a research group of around 25 staff and students, all funded entirely through external research grants. His research encompasses the engineering of surfaces via the application of thin film coatings, and extends to applications in the optical, automotive, defence, mining and renewable energy industry sectors. He has been a co-inventor on several patents and has published over 50 research publications over the past 8 years (including Nature Materials - Jan 2014). Since joining UniSA, he has been a chief investigator on several successful grant applications (ARC, CRC and various state government grants) totalling more than $20 million dollars. He is a Director of Heliostat-SA, a start-up company operating in the advanced manufacturing sector, of which UniSA is an equity shareholder. Prior to joining UniSA, Peter spent 10 years working for SOLA International Holdings Ltd, at the time, one of the world's largest manufacturers of plastic ophthalmic and sun lenses. Working in the global R and D centre based in Adelaide, he worked on several international projects involving European / North American collaborators.</p> </div> <div class="modal-footer"> <a class="close button" href="#">Close</a> </div> </div> <div id="Professional-associations" class="modal"> <div class="layout-section-backnav"> <ul class="modal-nav inline-list"> <li> <a class="close icon-close" href="#" title="Close">close</a> </li> </ul> <p class="h2">About me</p> </div> <div class="layout-section-header"> <ul class="modal-nav inline-list"> <li class="hide-med hide-lg"> <a class="modal-link icon-up" href="#Biography" title="Close">back</a> </li> <li class="hide-sm"> <a class="close icon-close" href="#" title="Close">close</a> </li> </ul> <h2>Professional Associations</h2> </div> <div class="layout-section-body"> Member: Australian Institute of Company Directors (MAICD) </div> <div class="modal-footer"> <a class="close button" href="#">Close</a> </div> </div> <div id="In-the-media" class="modal"> <div class="layout-section-backnav"> <ul class="modal-nav inline-list"> <li> <a class="close icon-close" href="#" title="Close">close</a> </li> </ul> <p class="h2">About me</p> </div> <div class="layout-section-header"> <ul class="modal-nav inline-list"> <li class="hide-med hide-lg"> <a class="modal-link icon-up" href="#Biography" title="Close">back</a> </li> <li class="hide-sm"> <a class="close icon-close" href="#" title="Close">close</a> </li> </ul> <h2>In the media</h2> </div> <div class="layout-section-body"> <table class="data-set"> <tr> <th>Date</th> <th>Title</th> </tr> <tr> <td>16/06/2016</td> <td> <p><a href="https://www.engineersaustralia.org.au/portal/news/plastic-mirrors-shining-example-innovation">Engineers Australia</a>, <span class="small-text">https://www.engineersaustralia.org.au/portal/news/plastic-mirrors-shining-example-innovation</span></p> </td> </tr> </table> </div> <div class="modal-footer"> <a class="close button" href="#">Close</a> </div> </div> <div id="Experience" class="modal"> <div class="layout-section-backnav"> <ul class="modal-nav inline-list"> <li> <a class="close icon-close" href="#" title="Close">close</a> </li> </ul> <p class="h2">About me</p> </div> <div class="layout-section-header"> <ul class="modal-nav inline-list"> <li class="hide-med hide-lg"> <a class="modal-link icon-up" href="#Biography" title="Close">back</a> </li> <li class="hide-sm"> <a class="close icon-close" href="#" title="Close">close</a> </li> </ul> <h2>Experience</h2> </div> <div class="layout-section-body"> <h3>Qualifications</h3> <ul class="data-set"> <li> <p><b>Doctor of Philosophy</b> Flinders University</p> </li> <li> <p><b>Bachelor of Science (Honours Class 1)</b> Flinders University</p> </li> <li> <p><b>Bachelor of Science</b> Flinders University</p> </li> </ul> </div> <div class="modal-footer"> <a class="close button" href="#">Close</a> </div> </div> </div> <div class="layout-section-footer"> <ul class="nav btn-set-modal grid"> <li class="gc-med-1of2 gc-lg-1of4"><a class="button modal-link" href="#About-me">About me</a></li> <li class="gc-med-1of2 gc-lg-1of4"><a class="button modal-link" href="#Professional-associations">Professional associations</a></li> <li class="gc-med-1of2 gc-lg-1of4"><a class="button modal-link" href="#In-the-media">In the media</a></li> <li class="gc-med-1of2 gc-lg-1of4"><a class="button modal-link" href="#Experience">Experience</a></li> </ul> </div> </div>   <script type = "text/javascript"> researchFocusData = [ ['Chemical Sciences', 14],['Engineering', 14],['Materials Engineering', 13],['Physical Sciences', 8],['Condensed Matter Physics', 5]]; </script>  <div id="Research" class="gc-med-1of1 gc-lg-1of3 layout-section modal-sm"> <div class="layout-section-header"> <ul class="modal-nav inline-list hide-med hide-lg"> <li> <a class="close icon-close" href="#" title="Close">close</a> </li> </ul> <h2>Research</h2> </div> <div class="layout-section-body grid"> <div class="gc-sm-1of1 gc-med-1of2 gc-lg-1of1"> <h3>Research focus</h3> <div class="stacked-bar-chart" id="research-chart"> <ul class="chart-legend"> <li>Chemical Sciences</li> <li>Engineering</li> <li>Materials Engineering</li> <li>Physical Sciences</li> <li>Condensed Matter Physics</li> </ul> </div> </div> <div class="gc-sm-1of1 gc-med-1of2 gc-lg-1of1"> <h3>Highlights</h3> Thin Film Coating Technology: including plasma polymerisation, sputter coating, electron beam evaporation, spray coating, dip coating, spin coating,Electromaterials : inclduing electrochromic materials based upon conducting polymer coatings of PEDOT / PMAS / PANI.,Surface Characterisation and Analysis : AFM, XPS, SEM, TEM, EDAX and EELS.,Industry engagement - what does it take to create a highly successful collaboration with private industry that generates both research and product outcomes. </div> </div>  <div id="Projects" class="modal"> <div class="layout-section-backnav"> <ul class="modal-nav inline-list"> <li> <a class="close icon-close" href="#" title="Close">close</a> </li> </ul> <p class="h2">Research</p> </div> <div class="layout-section-header"> <ul class="modal-nav inline-list"> <li class="hide-med hide-lg"> <a class="modal-link icon-up" href="#Research" title="Close">back</a> </li> <li class="hide-sm"> <a class="close icon-close" href="#" title="Close">close</a> </li> </ul> <h2>Projects</h2> </div> <div class="layout-section-body"> <p class="notification-neutral-lowkey small-text">Excludes commercial-in-confidence projects.</p> <div class="dynamic-list"> <ul class="data-set"> <li> <p><b>CRC SAAFE - Funded Research Positions,</b> CRC SAAFE Limited, 01/10/2023 - 30/09/2028</p> </li> <li> <p><b>CRC SAAFE - Research Program Leadership Position,</b> CRC SAAFE Limited, 01/09/2023 - 31/08/2028</p> </li> <li> <p><b>CRC SAAFE - Living Labs Lead - Nick Ashbolt,</b> CRC SAAFE Limited, 01/01/2024 - 30/06/2027</p> </li> <li> <p><b>SmartSat P2.17s: Small satellite thermal management with 3D printed metal heat sinks containing phase change material thermal storage (Artur Medon),</b> SmartSat CRC, 04/01/2021 - 03/03/2024</p> </li> <li> <p><b>Industry Placement Grant,</b> iMove Australia Limited, 14/01/2018 - 19/01/2019</p> </li> <li> <p><b>3-203 Next Generation Automotive Coatings,</b> CRC for Advanced Automotive Technology Ltd, 01/08/2012 - 31/12/2017</p> </li> <li> <p><b>The development of light weight, flexible, adaptive camouflage panels,</b> Cwth Dept of Defence - Defence Support Group, 25/11/2016 - 30/10/2017</p> </li> <li> <p><b>3-140 Auto CRC Automotive Transformation: Materials Science Innovation in Heliostat Design and manufacture,</b> CRC for Advanced Automotive Technology Ltd, 01/09/2015 - 30/06/2017</p> </li> <li> <p><b>3-144 Lightweight, Large Format, Thermal Management Windows for the Automotive Industry,</b> CRC for Advanced Automotive Technology Ltd, 04/04/2016 - 31/05/2017</p> </li> <li> <p><b>3-111 - lightweight plastic glazing for the automotive industry,</b> CRC for Advanced Automotive Technology Ltd, 28/03/2013 - 31/01/2016</p> </li> </ul> </div> </div> <div class="modal-footer"> <a class="close button" href="#">Close</a> </div> </div> <div id="Outputs" class="modal"> <div class="layout-section-backnav"> <ul class="modal-nav inline-list"> <li> <a class="close icon-close" href="#" title="Close">close</a> </li> </ul> <p class="h2">Research</p> </div> <div class="layout-section-header"> <ul class="modal-nav inline-list"> <li class="hide-med hide-lg"> <a class="modal-link icon-up" href="#Research" title="Close">back</a> </li> <li class="hide-sm"> <a class="close icon-close" href="#" title="Close">close</a> </li> </ul> <h2>Outputs</h2> </div> <div class="layout-section-body"> <p class="notification-neutral-lowkey small-text"> Research outputs for the last seven years are shown below. Some long-standing staff members may have older outputs included. To see earlier years visit <a class="small-text" href="https://orcid.org/0000-0002-5127-8120" title="ORCID. Opens in new window" target="_blank">ORCID</a>, <a class="small-text" href="https://www.webofscience.com/wos/author/rid/F-3971-2013" title="ResearcherID. Opens in new window" target="_blank">ResearcherID</a> or <a class="small-text" href="https://www.scopus.com/authid/detail.uri?authorId=7401685527" title="Scopus. Opens in new window" target="_blank">Scopus</a> </p> <p class="notification-neutral-lowkey small-text"><span title="Open access" class="icon-unlocked">Open access</span> indicates that an output is open access.</p> <h3>Journal Articles</h3> <div class="dynamic-list"> <table class="data-set"> <colgroup> <col class="table-col-sm" /> </colgroup> <tr> <th>Year</th> <th>Output</th> </tr> <tr> <td>2024</td> <td> <p><a href="http://researchoutputs.unisa.edu.au/11541.2/37343" target="_blank" title="Opens in new window">Wan Shamsuddin, WNS, Zuber, K, Murphy, PJ & Llusca Jane, M 2024, 'Environmental durability of soft low-e coatings: a review', Solar Energy Materials and Solar Cells, vol. 266, pp. 1-17.</a></p> <div class="badges"> <span title="Open access" class="icon-unlocked">Open access</span> <span title="Scopus score" class="badge badge-scopus"><span class="badge-score">10</span></span> <span title="Web of science score" class="badge badge-web-of-science"><span class="badge-score">9</span></span> </div> </td> </tr> <tr> <td>2024</td> <td> <p><a href="http://researchoutputs.unisa.edu.au/11541.2/40237" target="_blank" title="Opens in new window">Yunos, L, Zuber, K, Murphy, PJ & Llusca Jane, M 2024, 'Weather resistant low-e coatings on polycarbonate substrates transparent to 5G signals', Solar Energy Materials and Solar Cells, vol. 278, article no. 113181, pp. 1-12.</a></p> <div class="badges"> <span title="Open access" class="icon-unlocked">Open access</span> </div> </td> </tr> <tr> <td>2023</td> <td> <p><a href="http://researchoutputs.unisa.edu.au/11541.2/34258" target="_blank" title="Opens in new window">Dalgleish, JL, Rudd, S, Jane Llusca, M, Murphy, PJ, Mahjoub, R & Zuber, K 2023, 'Effects of secondary dopant anions on emissivity and related properties of poly(3,4‐ethylenedioxythiophene)', Macromolecular Rapid Communications, vol. 44, no. 15, article no. 2300129, pp. 1-8.</a></p> <div class="badges"> <span title="Open access" class="icon-unlocked">Open access</span> </div> </td> </tr> <tr> <td>2023</td> <td> <p><a href="http://researchoutputs.unisa.edu.au/11541.2/33589" target="_blank" title="Opens in new window">Yunos, L, Jane, ML, Murphy, PJ & Zuber, K 2023, 'Frequency selective surface on low emissivity windows as a means of improving telecommunication signal transmission: a review', Journal of Building Engineering, vol. 70, article no. 106416, pp. 1-22.</a></p> <div class="badges"> <span title="Open access" class="icon-unlocked">Open access</span> <span title="Scopus score" class="badge badge-scopus"><span class="badge-score">12</span></span> <span title="Web of science score" class="badge badge-web-of-science"><span class="badge-score">9</span></span> </div> </td> </tr> <tr> <td>2022</td> <td> <p><a href="http://researchoutputs.unisa.edu.au/11541.2/31431" target="_blank" title="Opens in new window">Wan Shamsuddin, WNS, Roccisano, A, Zuber, K, Murphy, PJ & Llusca Jane, M 2022, 'Environmentally robust Ag-Cu based low-e coatings', Solar Energy Materials and Solar Cells, vol. 248, article no. 112033, pp. 1-8.</a></p> <div class="badges"> <span title="Open access" class="icon-unlocked">Open access</span> <span title="Scopus score" class="badge badge-scopus"><span class="badge-score">4</span></span> <span title="Web of science score" class="badge badge-web-of-science"><span class="badge-score">1</span></span> </div> </td> </tr> <tr> <td>2021</td> <td> <p><a href="http://researchoutputs.unisa.edu.au/11541.2/148084" target="_blank" title="Opens in new window">Salah, M, Hall, C, Murphy, P, Francis, C, Kerr, R, Stoehr, B, Rudd, S & Fabretto, M 2021, 'Doped and reactive silicon thin film anodes for lithium ion batteries: a review', Journal of Power Sources, vol. 506, article no. 230194.</a></p> <div class="badges"> <span title="Open access" class="icon-unlocked">Open access</span> <span title="Scopus score" class="badge badge-scopus"><span class="badge-score">46</span></span> <span title="Web of science score" class="badge badge-web-of-science"><span class="badge-score">42</span></span> <span title="Altmetric score" class="badge badge-altmetrics"><span class="badge-score">1</span></span> </div> </td> </tr> <tr> <td>2020</td> <td> <p><a href="http://researchoutputs.unisa.edu.au/11541.2/141712" target="_blank" title="Opens in new window">Alder, FA, Charrault, E, Zuber, K, Fabretto, M, Patil, A, Murphy, P & Llusca, M 2020, 'Fabrication of robust solar mirrors on polymeric substrates by physical vapor deposition technique', Solar Energy Materials and Solar Cells, vol. 209, article no. 110476, pp. 1-7.</a></p> <div class="badges"> <span title="Open access" class="icon-unlocked">Open access</span> <span title="Scopus score" class="badge badge-scopus"><span class="badge-score">16</span></span> <span title="Web of science score" class="badge badge-web-of-science"><span class="badge-score">16</span></span> <span title="Altmetric score" class="badge badge-altmetrics"><span class="badge-score">1</span></span> </div> </td> </tr> <tr> <td>2020</td> <td> <p><a href="http://researchoutputs.unisa.edu.au/11541.2/145020" target="_blank" title="Opens in new window">Salah, M, Hall, C, Alvarez de Eulate, E, Murphy, P, Francis, C, Kerr, R, Pathirana, T & Fabretto, M 2020, 'Compressively stressed silicon nanoclusters as an antifracture mechanism for high-performance lithium-ion battery anodes', ACS Applied Materials and Interfaces, vol. 12, no. 35, pp. 39195-39204.</a></p> <div class="badges"> <span title="Open access" class="icon-unlocked">Open access</span> <span title="Scopus score" class="badge badge-scopus"><span class="badge-score">12</span></span> <span title="Web of science score" class="badge badge-web-of-science"><span class="badge-score">12</span></span> <span title="Altmetric score" class="badge badge-altmetrics"><span class="badge-score">3</span></span> </div> </td> </tr> <tr> <td>2019</td> <td> <p><a href="http://researchoutputs.unisa.edu.au/11541.2/136254" target="_blank" title="Opens in new window">Rudd, R, Obrusník, A, Zikan, P, Hall, C, Murphy, P, Evans, D & Charrault, E 2019, 'Plasma gas aggregation cluster source: Influence of gas inlet configuration and total surface area on the heterogeneous aggregation of silicon clusters', Surface and Coatings Technology, vol. 364, pp. 1-6.</a></p> <div class="badges"> <span title="Open access" class="icon-unlocked">Open access</span> <span title="Scopus score" class="badge badge-scopus"><span class="badge-score">2</span></span> <span title="Web of science score" class="badge badge-web-of-science"><span class="badge-score">2</span></span> <span title="Altmetric score" class="badge badge-altmetrics"><span class="badge-score">1</span></span> </div> </td> </tr> <tr> <td>2019</td> <td> <p><a href="http://researchoutputs.unisa.edu.au/11541.2/135634" target="_blank" title="Opens in new window">Salah, M, Murphy, P, Hall, C, Francis, C, Kerr, R & Fabretto, M 2019, 'Pure silicon thin-film anodes for lithium-ion batteries: a review', Journal of Power Sources, vol. 414, pp. 48-67.</a></p> <div class="badges"> <span title="Open access" class="icon-unlocked">Open access</span> <span title="Scopus score" class="badge badge-scopus"><span class="badge-score">163</span></span> <span title="Web of science score" class="badge badge-web-of-science"><span class="badge-score">155</span></span> <span title="Altmetric score" class="badge badge-altmetrics"><span class="badge-score">3</span></span> </div> </td> </tr> <tr> <td>2018</td> <td> <p><a href="http://researchoutputs.unisa.edu.au/11541.2/131497" target="_blank" title="Opens in new window">James, RA, Stapleton, AJ, Hughes, A, Charrault, E, Zuber, K, Switalska, E, Evans, D, Murphy, P & Llusca, M 2018, 'Metallic adhesive layers for ag-based first surface mirrors', Advanced Engineering Materials, vol. 20, no. 7, article no. 1800106, pp. 1-7.</a></p> <div class="badges"> <span title="Open access" class="icon-unlocked">Open access</span> <span title="Scopus score" class="badge badge-scopus"><span class="badge-score">13</span></span> <span title="Web of science score" class="badge badge-web-of-science"><span class="badge-score">13</span></span> </div> </td> </tr> <tr> <td>2018</td> <td> <p><a href="http://researchoutputs.unisa.edu.au/11541.2/132327" target="_blank" title="Opens in new window">Rudd, S, Murphy, P & Evans, D 2018, 'Diffusion controlled vapour deposition of mixed doped PEDOT', Synthetic Metals, vol. 242, pp. 61-66.</a></p> <div class="badges"> <span title="Scopus score" class="badge badge-scopus"><span class="badge-score">6</span></span> <span title="Web of science score" class="badge badge-web-of-science"><span class="badge-score">6</span></span> <span title="Altmetric score" class="badge badge-altmetrics"><span class="badge-score">2</span></span> </div> </td> </tr> <tr> <td>2018</td> <td> <p><a href="http://researchoutputs.unisa.edu.au/11541.2/130751" target="_blank" title="Opens in new window">Uddin, MS, Hall, C, Hooper, R, Charrault, E, Murphy, P & Santos, V 2018, 'Finite element analysis of surface integrity in deep ball-burnishing of a biodegradable AZ31B Mg alloy', Metals, vol. 8, no. 2, article no. 136 pp. 1-17.</a></p> <div class="badges"> <span title="Open access" class="icon-unlocked">Open access</span> <span title="Scopus score" class="badge badge-scopus"><span class="badge-score">26</span></span> <span title="Web of science score" class="badge badge-web-of-science"><span class="badge-score">23</span></span> <span title="Altmetric score" class="badge badge-altmetrics"><span class="badge-score">2</span></span> </div> </td> </tr> <tr> <td>2018</td> <td> <p><a href="http://researchoutputs.unisa.edu.au/11541.2/134711" target="_blank" title="Opens in new window">Zuber, K, Shere, H, Rehmen, J, Wheaton, V, Fabretto, M, Murphy, PJ & Evans, DR 2018, 'Influence of Postsynthesis Heat Treatment on Vapor-Phase-Polymerized Conductive Polymers', ACS Omega, vol. 3, no. 10, pp. 12679-12687.</a></p> <div class="badges"> <span title="Open access" class="icon-unlocked">Open access</span> <span title="Scopus score" class="badge badge-scopus"><span class="badge-score">13</span></span> <span title="Web of science score" class="badge badge-web-of-science"><span class="badge-score">11</span></span> <span title="Altmetric score" class="badge badge-altmetrics"><span class="badge-score">4</span></span> </div> </td> </tr> <tr> <td>2017</td> <td> <p><a href="http://researchoutputs.unisa.edu.au/11541.2/124709" target="_blank" title="Opens in new window">Brooke, R, Cottis, P, Talemi, P, Fabretto, M, Murphy, P & Evans, D 2017, 'Recent advances in the synthesis of conducting polymers from the vapour phase', Progress in Materials Science, vol. 86, pp. 127-146.</a></p> <div class="badges"> <span title="Open access" class="icon-unlocked">Open access</span> <span title="Scopus score" class="badge badge-scopus"><span class="badge-score">122</span></span> <span title="Web of science score" class="badge badge-web-of-science"><span class="badge-score">110</span></span> <span title="Altmetric score" class="badge badge-altmetrics"><span class="badge-score">2</span></span> </div> </td> </tr> <tr> <td>2017</td> <td> <p><a href="http://researchoutputs.unisa.edu.au/11541.2/125409" target="_blank" title="Opens in new window">Rudd, R, Barthe, C, Zuber, K, Murphy, P, Hall, C, Evans, D & Charrault, E 2017, 'Degradation and gelation during plasma synthesis of nanoparticles in ionic liquids', The Journal of Physical Chemistry C: Energy Conversion and Storage, Optical and Electronic Devices, Interfaces, Nanomaterials, and Hard Matter, vol. 121, no. 11, pp. 6349-6356.</a></p> <div class="badges"> <span title="Open access" class="icon-unlocked">Open access</span> <span title="Web of science score" class="badge badge-web-of-science"><span class="badge-score">2</span></span> </div> </td> </tr> <tr> <td>2017</td> <td> <p><a href="http://researchoutputs.unisa.edu.au/11541.2/124166" target="_blank" title="Opens in new window">Rudd, R, Obrusník, A, Zikán, P, Pratt, R, Hall, C, Murphy, P, Evans, D & Charrault, E 2017, 'Manipulation of cluster formation through gas-wall boundary conditions in large area cluster sources', Surface and Coatings Technology, vol. 314, pp. 125-130.</a></p> <div class="badges"> <span title="Open access" class="icon-unlocked">Open access</span> <span title="Scopus score" class="badge badge-scopus"><span class="badge-score">8</span></span> <span title="Web of science score" class="badge badge-web-of-science"><span class="badge-score">9</span></span> </div> </td> </tr> <tr> <td>2017</td> <td> <p><a href="http://researchoutputs.unisa.edu.au/11541.2/125771" target="_blank" title="Opens in new window">Zuber, K, Markanday, JF, Hall, C, Evans, D, Charrault, E & Murphy, P 2017, 'Post-polymerization surface segregation in thin PECVD siloxane films leading to a self-regenerative effect', Plasma Processes and Polymers, vol. 14, no. 9, article no. e1600233, pp. 1-7.</a></p> <div class="badges"> <span title="Scopus score" class="badge badge-scopus"><span class="badge-score">8</span></span> <span title="Web of science score" class="badge badge-web-of-science"><span class="badge-score">8</span></span> </div> </td> </tr> <tr> <td>2016</td> <td> <p><a href="http://researchoutputs.unisa.edu.au/11541.2/118512" target="_blank" title="Opens in new window">Bradley, N, Hora, J, Hall, C, Evans, D, Murphy, PJ & Charrault, E 2016, 'Influence of post-deposition moisture uptake in polycarbonate on thin film's residual stress short term evolution', Surface and Coatings Technology, vol. 294, pp. 210-214.</a></p> <div class="badges"> <span title="Open access" class="icon-unlocked">Open access</span> <span title="Scopus score" class="badge badge-scopus"><span class="badge-score">9</span></span> <span title="Web of science score" class="badge badge-web-of-science"><span class="badge-score">10</span></span> </div> </td> </tr> <tr> <td>2016</td> <td> <p><a href="http://researchoutputs.unisa.edu.au/11541.2/117032" target="_blank" title="Opens in new window">Brooke, R, Fabretto, M, Krasowska, M, Talemi, P, Pering, S, Murphy, PJ & Evans, D 2016, 'Organic energy devices from ionic liquids and conducting polymers', Journal of Materials Chemistry C, vol. 4, no. 7, pp. 1550-1556.</a></p> <div class="badges"> <span title="Open access" class="icon-unlocked">Open access</span> <span title="Scopus score" class="badge badge-scopus"><span class="badge-score">17</span></span> <span title="Web of science score" class="badge badge-web-of-science"><span class="badge-score">16</span></span> </div> </td> </tr> <tr> <td>2016</td> <td> <p><a href="http://researchoutputs.unisa.edu.au/11541.2/117699" target="_blank" title="Opens in new window">Höflich, A, Bradley, N, Hall, C, Evans, D, Murphy, P & Charrault, E 2016, 'Packing density/surface morphology relationship in thin sputtered chromium films', Surface and Coatings Technology, vol. 291, pp. 291-286.</a></p> <div class="badges"> <span title="Open access" class="icon-unlocked">Open access</span> <span title="Scopus score" class="badge badge-scopus"><span class="badge-score">9</span></span> <span title="Web of science score" class="badge badge-web-of-science"><span class="badge-score">9</span></span> </div> </td> </tr> <tr> <td>2016</td> <td> <p><a href="http://researchoutputs.unisa.edu.au/11541.2/117021" target="_blank" title="Opens in new window">Moser, T, Celma, C, Lebert, A, Charrault, E, Brooke, R, Murphy, PJ, Browne, G, Young, R, Higgs, T & Evans, D 2016, 'Hydrophilic organic electrodes on flexible hydrogels', ACS Applied Materials and Interfaces, vol. 8, no. 1, pp. 974-982.</a></p> <div class="badges"> <span title="Open access" class="icon-unlocked">Open access</span> <span title="Scopus score" class="badge badge-scopus"><span class="badge-score">24</span></span> <span title="Web of science score" class="badge badge-web-of-science"><span class="badge-score">23</span></span> <span title="Altmetric score" class="badge badge-altmetrics"><span class="badge-score">108</span></span> </div> </td> </tr> <tr> <td>2016</td> <td> <p><a href="http://researchoutputs.unisa.edu.au/11541.2/121468" target="_blank" title="Opens in new window">Pering, SR, Nicholas, JA, Bayatsarmadi, B, Evans, D, Fabretto, M, Blencowe, A, Murphy, PJ & Talemi, P 2016, 'The effect of block copolymer additives for a highly active polymeric metal-free oxygen reduction electrode', RSC Advances: An International Journal to Further the Chemical Sciences, vol. 6, no. 34 pp. 28809-28814.</a></p> <div class="badges"> <span title="Open access" class="icon-unlocked">Open access</span> <span title="Scopus score" class="badge badge-scopus"><span class="badge-score">9</span></span> <span title="Web of science score" class="badge badge-web-of-science"><span class="badge-score">9</span></span> </div> </td> </tr> <tr> <td>2016</td> <td> <p><a href="http://researchoutputs.unisa.edu.au/11541.2/121451" target="_blank" title="Opens in new window">Rudd, R, Hall, C, Murphy, PJ, Reece, PJ, Charrault, E & Evans, DR 2016, 'Decoupling the effects of confinement and passivation on semiconductor quantum dots', Physical Chemistry Chemical Physics, vol. 18, no. 29, pp. 19765-19772.</a></p> <div class="badges"> <span title="Open access" class="icon-unlocked">Open access</span> <span title="Scopus score" class="badge badge-scopus"><span class="badge-score">4</span></span> <span title="Web of science score" class="badge badge-web-of-science"><span class="badge-score">6</span></span> </div> </td> </tr> <tr> <td>2016</td> <td> <p><a href="http://researchoutputs.unisa.edu.au/11541.2/121666" target="_blank" title="Opens in new window">Stoehr, B, Hall, CJ, Evans, DR & Murphy, PJ 2016, 'Cleaning dirty surfaces: a three-body problem', ACS Applied Materials and Interfaces, vol. 8, no. 28 pp. 18534-18539.</a></p> <div class="badges"> <span title="Open access" class="icon-unlocked">Open access</span> </div> </td> </tr> <tr> <td>2016</td> <td> <p><a href="http://researchoutputs.unisa.edu.au/11541.2/117030" target="_blank" title="Opens in new window">Stoehr, B, McClure, S, Höflich, A, Al, KM, Hall, C, Murphy, P & Evans, D 2016, 'Unusual nature of fingerprints and the implications for easy-to-clean coatings', Langmuir: The ACS Journal of Surfaces and Colloids, vol. 32, no. 2, pp. 619-625.</a></p> <div class="badges"> <span title="Open access" class="icon-unlocked">Open access</span> <span title="Scopus score" class="badge badge-scopus"><span class="badge-score">13</span></span> <span title="Web of science score" class="badge badge-web-of-science"><span class="badge-score">11</span></span> <span title="Altmetric score" class="badge badge-altmetrics"><span class="badge-score">7</span></span> </div> </td> </tr> <tr> <td>2015</td> <td> <p><a href="http://researchoutputs.unisa.edu.au/11541.2/111848" target="_blank" title="Opens in new window">Brooke, R, Fabretto, M, Pering, S, Switalska, E, Reeks, L, Evans, D & Murphy, P 2015, 'Diffuse color patterning using blended electrochromic polymers for proof-of-concept adaptive camouflage plaques', Journal of Applied Polymer Science, vol. 132, no. 26, pp. 1-7.</a></p> <div class="badges"> <span title="Open access" class="icon-unlocked">Open access</span> <span title="Scopus score" class="badge badge-scopus"><span class="badge-score">19</span></span> <span title="Web of science score" class="badge badge-web-of-science"><span class="badge-score">20</span></span> </div> </td> </tr> <tr> <td>2015</td> <td> <p><a href="http://researchoutputs.unisa.edu.au/11541.2/114689" target="_blank" title="Opens in new window">Brooke, R, Fabretto, M, Vucaj, N, Zuber, K, Switalska, E, Reeks, L, Murphy, P & Evans, D 2015, 'Effect of oxidant on the performance of conductive polymer films prepared by vacuum vapor phase polymerization for smart window applications', Smart Materials and Structures, vol. 24, no. 3, pp. 1-9.</a></p> <div class="badges"> <span title="Open access" class="icon-unlocked">Open access</span> <span title="Scopus score" class="badge badge-scopus"><span class="badge-score">23</span></span> <span title="Web of science score" class="badge badge-web-of-science"><span class="badge-score">17</span></span> </div> </td> </tr> <tr> <td>2015</td> <td> <p><a href="http://researchoutputs.unisa.edu.au/11541.2/111510" target="_blank" title="Opens in new window">Caruso, D, Fabretto, R, Field, S, Evans, D, Murphy, P & Hall, C 2015, 'Market evaluation, performance modelling and materials solution addressing short wavelength discomfort glare in rear view automotive mirrors', Translational Materials Research, vol. 2, no. 3, pp. 1-13.</a></p> <div class="badges"> <span title="Open access" class="icon-unlocked">Open access</span> <span title="Web of science score" class="badge badge-web-of-science"><span class="badge-score">5</span></span> </div> </td> </tr> <tr> <td>2015</td> <td> <p><a href="http://researchoutputs.unisa.edu.au/11541.2/114954" target="_blank" title="Opens in new window">Hojati-Talemi, P, Delaigue, ML, Murphy, P & Fabretto, MV 2015, 'Flexible polymer-on-polymer architecture for piezo/pyroelectric energy harvesting', ACS Applied Materials and Interfaces, vol. 7, no. 16, pp. 8465-8471.</a></p> <div class="badges"> <span title="Scopus score" class="badge badge-scopus"><span class="badge-score">42</span></span> <span title="Web of science score" class="badge badge-web-of-science"><span class="badge-score">38</span></span> <span title="Altmetric score" class="badge badge-altmetrics"><span class="badge-score">3</span></span> </div> </td> </tr> <tr> <td>2015</td> <td> <p><a href="http://researchoutputs.unisa.edu.au/11541.2/116619" target="_blank" title="Opens in new window">Uddin, M, Hall, C & Murphy, P 2015, 'Surface treatments for controlling corrosion rate of biodegradable Mg and Mg-based alloy implants', Science and Technology of Advanced Materials, vol. 16, no. 5, pp. 1-24, article no.053501.</a></p> <div class="badges"> <span title="Open access" class="icon-unlocked">Open access</span> <span title="Scopus score" class="badge badge-scopus"><span class="badge-score">139</span></span> <span title="Web of science score" class="badge badge-web-of-science"><span class="badge-score">128</span></span> <span title="Altmetric score" class="badge badge-altmetrics"><span class="badge-score">4</span></span> </div> </td> </tr> <tr> <td>2015</td> <td> <p><a href="http://researchoutputs.unisa.edu.au/11541.2/114670" target="_blank" title="Opens in new window">Zuber, K, Evans, DR, McClure, S & Murphy, PJ 2015, 'Mesoporous siloxane films through thermal oxidation of siloxane-carbon nanocomposites', Advanced Engineering Materials, vol. 17, no. 11, pp. 1547-1555.</a></p> <div class="badges"> <span title="Open access" class="icon-unlocked">Open access</span> <span title="Scopus score" class="badge badge-scopus"><span class="badge-score">2</span></span> <span title="Web of science score" class="badge badge-web-of-science"><span class="badge-score">5</span></span> </div> </td> </tr> <tr> <td>2014</td> <td> <p><a href="http://researchoutputs.unisa.edu.au/1959.8/159276" target="_blank" title="Opens in new window">Brooke, R, Fabretto, M, Hojati-Talemi, P, Murphy, P & Evans, D 2014, 'Evidence for 'bottom up' growth during vapor phase polymerizations of conducting polymers', Polymer, vol. 55, no. 15, pp. 3458-3460.</a></p> <div class="badges"> <span title="Open access" class="icon-unlocked">Open access</span> <span title="Scopus score" class="badge badge-scopus"><span class="badge-score">32</span></span> <span title="Web of science score" class="badge badge-web-of-science"><span class="badge-score">32</span></span> <span title="Altmetric score" class="badge badge-altmetrics"><span class="badge-score">3</span></span> </div> </td> </tr> <tr> <td>2014</td> <td> <p><a href="http://researchoutputs.unisa.edu.au/1959.8/155361" target="_blank" title="Opens in new window">Bubnova, O, Khan, ZU, Wang, H, Braun, S, Evans, DR, Fabretto, M, Hojati-Talemi, P, Dagnelund, D, Arlin, J-B, Geerts, YH, Desbief, S, Breiby, DW, Andreasen, JW, Lazzaroni, R, Chen, WM, Zozoulenko, I, Fahlman, M, Murphy, PJ, Berggren, M & Crispin, X 2014, 'Semi-metallic polymers', Nature Materials, vol. 13, pp. 190-194.</a></p> <div class="badges"> <span title="Open access" class="icon-unlocked">Open access</span> <span title="Scopus score" class="badge badge-scopus"><span class="badge-score">741</span></span> <span title="Web of science score" class="badge badge-web-of-science"><span class="badge-score">703</span></span> <span title="Altmetric score" class="badge badge-altmetrics"><span class="badge-score">86</span></span> </div> </td> </tr> <tr> <td>2014</td> <td> <p><a href="http://researchoutputs.unisa.edu.au/1959.8/157892" target="_blank" title="Opens in new window">Cottis, PP, Evans, D, Fabretto, M, Pering, S, Murphy, P & Hojati-Talemi, P 2014, 'Metal-free oxygen reduction electrodes based on thin PEDOT films with high electrocatalytic activity', RSC Advances: An International Journal to Further the Chemical Sciences, vol. 4, no. 19, pp. 9819-9824.</a></p> <div class="badges"> <span title="Open access" class="icon-unlocked">Open access</span> <span title="Scopus score" class="badge badge-scopus"><span class="badge-score">36</span></span> <span title="Web of science score" class="badge badge-web-of-science"><span class="badge-score">37</span></span> <span title="Altmetric score" class="badge badge-altmetrics"><span class="badge-score">3</span></span> </div> </td> </tr> <tr> <td>2014</td> <td> <p><a href="http://researchoutputs.unisa.edu.au/1959.8/161935" target="_blank" title="Opens in new window">Fabretto, M, Hall, C, Evans, D, Zuber, K, Switalska, E, Reeks, L, Schmauder, T & Murphy, P 2014, 'Optical coatings for automotive applications: a case study in translating fundamental materials science into commercial reality', Translational Materials Research, vol. 1, no. 2, pp. 1-18.</a></p> <div class="badges"> <span title="Open access" class="icon-unlocked">Open access</span> <span title="Web of science score" class="badge badge-web-of-science"><span class="badge-score">7</span></span> <span title="Altmetric score" class="badge badge-altmetrics"><span class="badge-score">1</span></span> </div> </td> </tr> <tr> <td>2014</td> <td> <p><a href="http://researchoutputs.unisa.edu.au/1959.8/154075" target="_blank" title="Opens in new window">Hall, CJ, Murphy, PJ & Griesser, HJ 2014, 'Direct imaging of mechanical and chemical gradients across the thickness of graded organosilicone microwave PECVD coating', ACS Applied Materials and Interfaces, vol. 6, no. 2, pp. 1279-1287.</a></p> <div class="badges"> <span title="Scopus score" class="badge badge-scopus"><span class="badge-score">12</span></span> <span title="Web of science score" class="badge badge-web-of-science"><span class="badge-score">12</span></span> </div> </td> </tr> <tr> <td>2014</td> <td> <p><a href="http://researchoutputs.unisa.edu.au/1959.8/162237" target="_blank" title="Opens in new window">Hall, CJ, Murphy, PJ & Griesser, HJ 2014, 'Influence of tetramethyldisiloxane-oxygen mixtures on the physical properties of microwave PECVD coatings and subsequent post-plasma reactions', Plasma Processes and Polymers, vol.12, no. 6, pp. 555-563.</a></p> <div class="badges"> <span title="Scopus score" class="badge badge-scopus"><span class="badge-score">6</span></span> <span title="Web of science score" class="badge badge-web-of-science"><span class="badge-score">6</span></span> </div> </td> </tr> <tr> <td>2014</td> <td> <p><a href="http://researchoutputs.unisa.edu.au/11541.2/119355" target="_blank" title="Opens in new window">Hall, CJ, Murphy, PJ, Schmauder, T & Griesser, HJ 2014, 'Variations in graded organosilicone microwave PECVD coatings modify stress and improve the durability on plastic substrates', Surface and Coatings Technology, vol. 259, pp. 616-624.</a></p> <div class="badges"> <span title="Scopus score" class="badge badge-scopus"><span class="badge-score">7</span></span> <span title="Web of science score" class="badge badge-web-of-science"><span class="badge-score">7</span></span> </div> </td> </tr> <tr> <td>2014</td> <td> <p><a href="http://researchoutputs.unisa.edu.au/1959.8/158582" target="_blank" title="Opens in new window">Hall, CJ, Ponnusamy, M, Murphy, PJ, Lindberg, M, Antzutkin, ON & Griesser, HJ 2014, 'A solid-state nuclear magnetic resonance study of post-plasma reactions in organosilicone microwave plasma-enhanced chemical vapour deposition (PECVD) coatings', ACS Applied Materials and Interfaces, vol. 6, no. 11, pp. 8353–8362.</a></p> <div class="badges"> <span title="Scopus score" class="badge badge-scopus"><span class="badge-score">23</span></span> <span title="Web of science score" class="badge badge-web-of-science"><span class="badge-score">22</span></span> </div> </td> </tr> <tr> <td>2014</td> <td> <p><a href="http://researchoutputs.unisa.edu.au/1959.8/159243" target="_blank" title="Opens in new window">Vucaj, N, Quinn, MD, Baechler, C, Notley, SM, Cottis, P, Hojati, TP, Fabretto, M V, Wallace, G, Murphy, PJ & Evans, DR 2014, 'Vapor Phase Synthesis of Conducting Polymer Nanocomposites Incorporating 2D Nanoparticles', Chemistry of Materials, vol. 26, no. 14, pp. 4207-4213.</a></p> <div class="badges"> <span title="Open access" class="icon-unlocked">Open access</span> <span title="Scopus score" class="badge badge-scopus"><span class="badge-score">30</span></span> <span title="Web of science score" class="badge badge-web-of-science"><span class="badge-score">24</span></span> </div> </td> </tr> <tr> <td>2014</td> <td> <p><a href="http://researchoutputs.unisa.edu.au/1959.8/162080" target="_blank" title="Opens in new window">Zuber, K, Murphy, P & Evans, D 2014, 'One-step fabrication of nanocomposite thin films of PTFE in SiOx for repelling water', Advanced Engineering Materials, vol. 17, no. 4, pp. 474-482.</a></p> <div class="badges"> <span title="Open access" class="icon-unlocked">Open access</span> <span title="Scopus score" class="badge badge-scopus"><span class="badge-score">13</span></span> <span title="Web of science score" class="badge badge-web-of-science"><span class="badge-score">12</span></span> <span title="Altmetric score" class="badge badge-altmetrics"><span class="badge-score">6</span></span> </div> </td> </tr> <tr> <td>2013</td> <td> <p><a href="http://researchoutputs.unisa.edu.au/11541.2/119354" target="_blank" title="Opens in new window">Frohlich, K, Hojati-Talemi, P, Bishop, M, Zuber, K, Murphy, P & Evans, D 2013, 'Large area nanostructured arrays: optical properties of metallic nanotubes', ACS Applied Materials and Interfaces, vol. 5 no. 9, pp. 3937-3942.</a></p> <div class="badges"> <span title="Open access" class="icon-unlocked">Open access</span> <span title="Scopus score" class="badge badge-scopus"><span class="badge-score">1</span></span> <span title="Web of science score" class="badge badge-web-of-science"><span class="badge-score">1</span></span> </div> </td> </tr> <tr> <td>2013</td> <td> <p><a href="http://researchoutputs.unisa.edu.au/1959.8/153683" target="_blank" title="Opens in new window">Hall, C, Field, S, Zuber, K, Murphy, P & Evans, D 2013, 'Corrosion resistance of robust optical and electrical thin film coatings on polymeric substrates', Corrosion Science, vol. 69, pp. 406-411.</a></p> <div class="badges"> <span title="Open access" class="icon-unlocked">Open access</span> <span title="Scopus score" class="badge badge-scopus"><span class="badge-score">15</span></span> <span title="Web of science score" class="badge badge-web-of-science"><span class="badge-score">15</span></span> </div> </td> </tr> <tr> <td>2013</td> <td> <p><a href="http://researchoutputs.unisa.edu.au/1959.8/153057" target="_blank" title="Opens in new window">Hojati-Talemi, P, Bachler, C, Fabretto, M, Murphy, P & Evans, D 2013, 'Ultrathin polymer films for transparent electrode applications prepared by controlled nucleation', ACS Applied Materials and Interfaces, vol. 5, no. 22, pp. 11654-11660.</a></p> <div class="badges"> <span title="Open access" class="icon-unlocked">Open access</span> <span title="Scopus score" class="badge badge-scopus"><span class="badge-score">46</span></span> <span title="Web of science score" class="badge badge-web-of-science"><span class="badge-score">47</span></span> </div> </td> </tr> <tr> <td>2013</td> <td> <p><a href="http://researchoutputs.unisa.edu.au/1959.8/153051" target="_blank" title="Opens in new window">Oberli, L, Caruso, D, Hall, C, Fabretto, M, Murphy, PJ & Evans, D 2013, 'Condensation and freezing of droplets on superhydrophobic surfaces', Advances in Colloid and Interface Science, vol. 210, pp. 47-47.</a></p> <div class="badges"> <span title="Open access" class="icon-unlocked">Open access</span> <span title="Scopus score" class="badge badge-scopus"><span class="badge-score">254</span></span> <span title="Web of science score" class="badge badge-web-of-science"><span class="badge-score">227</span></span> </div> </td> </tr> <tr> <td>2013</td> <td> <p><a href="http://researchoutputs.unisa.edu.au/1959.8/153582" target="_blank" title="Opens in new window">Zuber, K, Downey, EF, Hall, C, Murphy, P & Evans, D 2013, 'Growth of sputtered nanocomposite alloys on polymeric substrates : the role of the substrate's mechanical hardness', Advanced Engineering Materials, vol. 15, no. 11, pp. 1076-1081.</a></p> <div class="badges"> <span title="Open access" class="icon-unlocked">Open access</span> <span title="Scopus score" class="badge badge-scopus"><span class="badge-score">5</span></span> <span title="Web of science score" class="badge badge-web-of-science"><span class="badge-score">5</span></span> </div> </td> </tr> <tr> <td>2013</td> <td> <p><a href="http://researchoutputs.unisa.edu.au/1959.8/155156" target="_blank" title="Opens in new window">Zuber, K, Evans, D & Murphy, P 2013, 'Nanoporous glass films on liquids', ACS Applied Materials and Interfaces, vol. 6, no. 1, pp. 507-512.</a></p> <div class="badges"> <span title="Scopus score" class="badge badge-scopus"><span class="badge-score">7</span></span> <span title="Web of science score" class="badge badge-web-of-science"><span class="badge-score">7</span></span> </div> </td> </tr> <tr> <td>2012</td> <td> <p><a href="http://researchoutputs.unisa.edu.au/1959.8/136854" target="_blank" title="Opens in new window">Evans, D, Fabretto, M, Mueller, M, Zuber, K, Short, R & Murphy, P 2012, 'Structure-directed growth of high conductivity PEDOT from liquid-like oxidant layers during vacuum vapor phase polymerization', Journal of Materials Chemistry, vol. 22, no. 30, pp. 14889-14895.</a></p> <div class="badges"> <span title="Open access" class="icon-unlocked">Open access</span> <span title="Scopus score" class="badge badge-scopus"><span class="badge-score">89</span></span> <span title="Web of science score" class="badge badge-web-of-science"><span class="badge-score">85</span></span> </div> </td> </tr> <tr> <td>2012</td> <td> <p><a href="http://researchoutputs.unisa.edu.au/1959.8/135619" target="_blank" title="Opens in new window">Evans, D, Zuber, K & Murphy, P 2012, 'Ultrathin films of co-sputtered CrZrx alloys on polymeric substrates', Surface and Coatings Technology, vol. 206, no. 18, pp. 3733-3738.</a></p> <div class="badges"> <span title="Open access" class="icon-unlocked">Open access</span> <span title="Scopus score" class="badge badge-scopus"><span class="badge-score">9</span></span> <span title="Web of science score" class="badge badge-web-of-science"><span class="badge-score">10</span></span> </div> </td> </tr> <tr> <td>2012</td> <td> <p><a href="http://researchoutputs.unisa.edu.au/1959.8/129548" target="_blank" title="Opens in new window">Evans, D, Zuber, K, Merkens, K & Murphy, P 2012, 'Orbital hybridization, crystal structure and anomalous resistivity of ultrathin CrZr x alloy films on polymeric substrates', Scripta Materialia, vol. 67, no. 4, pp. 356-359.</a></p> <div class="badges"> <span title="Open access" class="icon-unlocked">Open access</span> <span title="Scopus score" class="badge badge-scopus"><span class="badge-score">3</span></span> <span title="Web of science score" class="badge badge-web-of-science"><span class="badge-score">3</span></span> </div> </td> </tr> <tr> <td>2012</td> <td> <p><a href="http://researchoutputs.unisa.edu.au/1959.8/134431" target="_blank" title="Opens in new window">Evans, DR, Mueller, MC, Zuber, K, Hojati, TP, Short, RD, Wallace, G, Murphy, PJ & Fabretto, MV 2012, 'Polymeric material with metal-like conductivity for next generation organic electronic devices', Chemistry of Materials, vol. 24, no. 20, pp. 3998-4003.</a></p> <div class="badges"> <span title="Open access" class="icon-unlocked">Open access</span> <span title="Scopus score" class="badge badge-scopus"><span class="badge-score">223</span></span> <span title="Web of science score" class="badge badge-web-of-science"><span class="badge-score">212</span></span> </div> </td> </tr> <tr> <td>2012</td> <td> <p><a href="http://researchoutputs.unisa.edu.au/1959.8/130727" target="_blank" title="Opens in new window">Hall, C, Murphy, PJ & Griesser, HJ 2012, 'Hydroxyl radical etching improves adhesion of plasma-deposited a-SiOxCyHz films on poly(methylmethacrylate)', Plasma Processes and Polymers, vol. 9, no. 4, pp. 398-405.</a></p> <div class="badges"> <span title="Scopus score" class="badge badge-scopus"><span class="badge-score">9</span></span> <span title="Web of science score" class="badge badge-web-of-science"><span class="badge-score">9</span></span> </div> </td> </tr> <tr> <td>2012</td> <td> <p><a href="http://researchoutputs.unisa.edu.au/1959.8/128096" target="_blank" title="Opens in new window">Hall, CJ, Murphy, PJ & Griesser, HJ 2012, 'Etching and deposition mechanism of an alcohol plasma on polycarbonate and poly(methyl methacrylate) : an adhesion promotion mechanism for plasma deposited a:SiO xC yH z coating', Plasma Processes and Polymers, vol. 9, no. 9, pp. 855-865.</a></p> <div class="badges"> <span title="Scopus score" class="badge badge-scopus"><span class="badge-score">10</span></span> <span title="Web of science score" class="badge badge-web-of-science"><span class="badge-score">10</span></span> </div> </td> </tr> <tr> <td>2012</td> <td> <p><a href="http://researchoutputs.unisa.edu.au/1959.8/136110" target="_blank" title="Opens in new window">Mueller, M, Fabretto, M, Evans, D, Hojati-Talemi, P, Gruber, C & Murphy, P 2012, 'Vacuum vapour phase polymerization of high conductivity PEDOT: Role of PEG-PPG-PEG, the origin of water, and choice of oxidant', Polymer, vol. 53, no. 11, pp. 2146-2151.</a></p> <div class="badges"> <span title="Scopus score" class="badge badge-scopus"><span class="badge-score">88</span></span> <span title="Web of science score" class="badge badge-web-of-science"><span class="badge-score">87</span></span> </div> </td> </tr> <tr> <td>2012</td> <td> <p><a href="http://researchoutputs.unisa.edu.au/1959.8/125930" target="_blank" title="Opens in new window">Zuber, K, Hall, C, Murphy, P & Evans, D 2012, 'Atomic structure studies of chrome alloy coatings and their abrasion resistance', Surface and Coatings Technology, vol. 206, no. 17, pp. 3645-3649.</a></p> <div class="badges"> <span title="Open access" class="icon-unlocked">Open access</span> <span title="Scopus score" class="badge badge-scopus"><span class="badge-score">9</span></span> <span title="Web of science score" class="badge badge-web-of-science"><span class="badge-score">10</span></span> </div> </td> </tr> <tr> <td>2012</td> <td> <p><a href="http://researchoutputs.unisa.edu.au/1959.8/125404" target="_blank" title="Opens in new window">Zuber, K, Hall, C, Murphy, P & Evans, D 2012, 'Enhanced abrasion resistance of ultrathin reflective coatings on polymeric substrates : an improvement upon glass substrates', Wear, vol. 297, no. 1-2, pp. 986-991.</a></p> <div class="badges"> <span title="Open access" class="icon-unlocked">Open access</span> <span title="Scopus score" class="badge badge-scopus"><span class="badge-score">11</span></span> <span title="Web of science score" class="badge badge-web-of-science"><span class="badge-score">11</span></span> </div> </td> </tr> <tr> <td>2012</td> <td> <p><a href="http://researchoutputs.unisa.edu.au/1959.8/128131" target="_blank" title="Opens in new window">Zuber, K, Merkens, K, Frohlich, K, Murphy, P, Wong-Leung, J & Evans, D 2012, 'Anderson-like localization in ultrathin nanocomposite alloy films on polymeric substrates', Scripta Materialia, vol. 67, no. 10, pp. 866-869.</a></p> <div class="badges"> <span title="Open access" class="icon-unlocked">Open access</span> <span title="Scopus score" class="badge badge-scopus"><span class="badge-score">2</span></span> <span title="Web of science score" class="badge badge-web-of-science"><span class="badge-score">2</span></span> </div> </td> </tr> <tr> <td>2011</td> <td> <p><a href="http://researchoutputs.unisa.edu.au/1959.8/123396" target="_blank" title="Opens in new window">Desai, S, Shepherd, R, Innis, P, Murphy, P, Hall, C, Fabretto, M & Wallace, G 2011, 'Gel electrolytes with ionic liquid plasticiser for electrochromic devices', Electrochimica Acta, vol. 56, no. 11, pp. 4408-4413.</a></p> <div class="badges"> <span title="Scopus score" class="badge badge-scopus"><span class="badge-score">36</span></span> <span title="Web of science score" class="badge badge-web-of-science"><span class="badge-score">33</span></span> </div> </td> </tr> <tr> <td>2011</td> <td> <p><a href="http://researchoutputs.unisa.edu.au/1959.8/123987" target="_blank" title="Opens in new window">Evans, D, Zuber, K, Hall, C, Griesser, HJ & Murphy, P 2011, 'Abrasion resistance of thin film coatings as measured by diffuse optical scattering', Surface and Coatings Technology, vol. 206, no. 2-3, pp. 312-317.</a></p> <div class="badges"> <span title="Scopus score" class="badge badge-scopus"><span class="badge-score">14</span></span> <span title="Web of science score" class="badge badge-web-of-science"><span class="badge-score">14</span></span> </div> </td> </tr> <tr> <td>2011</td> <td> <p><a href="http://researchoutputs.unisa.edu.au/1959.8/116470" target="_blank" title="Opens in new window">Fabretto, M, Autere, J-P, Hoglinger, D, Field, S & Murphy, P 2011, 'Vacuum vapour phase polymerised poly(3,4-ethyelendioxythiophene) thin films for use in large-scale electrochromic devices', Thin Solid Films, vol. 519, no. 8, pp. 2544-2549.</a></p> <div class="badges"> <span title="Scopus score" class="badge badge-scopus"><span class="badge-score">48</span></span> <span title="Web of science score" class="badge badge-web-of-science"><span class="badge-score">45</span></span> </div> </td> </tr> <tr> <td>2011</td> <td> <p><a href="http://researchoutputs.unisa.edu.au/1959.8/123581" target="_blank" title="Opens in new window">Fabretto, M, Jariego Moncunill, C, Autere, J-P, Michelmore, A, Short, RD & Murphy, P 2011, 'High conductivity PEDOT resulting from glycol/oxidant complex and glycol/polymer intercalation during vacuum vapour phase polymerisation', Polymer, vol. 52, no. 8, pp. 1725-1730.</a></p> <div class="badges"> <span title="Scopus score" class="badge badge-scopus"><span class="badge-score">72</span></span> <span title="Web of science score" class="badge badge-web-of-science"><span class="badge-score">72</span></span> </div> </td> </tr> <tr> <td>2011</td> <td> <p><a href="http://researchoutputs.unisa.edu.au/1959.8/123890" target="_blank" title="Opens in new window">Fabretto, M, Zuber, K, Jariego-Moncunill, CN & Murphy, P 2011, 'Measurement protocols for reporting PEDOT thin film conductivity and optical transmission : a critical survey', Macromolecular Chemistry and Physics, vol. 212, no. 19, pp. 2173-2180.</a></p> <div class="badges"> <span title="Scopus score" class="badge badge-scopus"><span class="badge-score">28</span></span> <span title="Web of science score" class="badge badge-web-of-science"><span class="badge-score">26</span></span> </div> </td> </tr> <tr> <td>2010</td> <td> <p><a href="http://researchoutputs.unisa.edu.au/1959.8/89415" target="_blank" title="Opens in new window">Fabretto, M, Mueller, M, Hall, C, Murphy, P, Short, RD & Griesser, HJ 2010, 'In-situ QCM-D analysis reveals four distinct stages during vapour phase polymerisation of PEDOT thin films', Polymer, vol. 51, no. 8, pp. 1737-1743.</a></p> <div class="badges"> <span title="Scopus score" class="badge badge-scopus"><span class="badge-score">38</span></span> <span title="Web of science score" class="badge badge-web-of-science"><span class="badge-score">38</span></span> </div> </td> </tr> <tr> <td>2009</td> <td> <p><a href="http://researchoutputs.unisa.edu.au/1959.8/71289" target="_blank" title="Opens in new window">Fabretto, M, Müller, M, Zuber, K & Murphy, P 2009, 'Influence of PEG-ran-PPG surfactant on vapour phase polymerised PEDOT thin films', Macromolecular Rapid Communications, vol. 30, no. 21, pp. 1846-1851.</a></p> <div class="badges"> <span title="Scopus score" class="badge badge-scopus"><span class="badge-score">52</span></span> <span title="Web of science score" class="badge badge-web-of-science"><span class="badge-score">49</span></span> </div> </td> </tr> <tr> <td>2009</td> <td> <p><a href="http://researchoutputs.unisa.edu.au/11541.2/112805" target="_blank" title="Opens in new window">Fabretto, M, Zuber, K, Hall, C, Murphy, P & Griesser, HJ 2009, 'The role of water in the synthesis and performance of vapour phase polymerised PEDOT electrochromic devices', Journal of Materials Chemistry, vol. 19, no. 42, pp. 7871-7878.</a></p> <div class="badges"> <span title="Scopus score" class="badge badge-scopus"><span class="badge-score">97</span></span> <span title="Web of science score" class="badge badge-web-of-science"><span class="badge-score">90</span></span> </div> </td> </tr> <tr> <td>2008</td> <td> <p><a href="http://researchoutputs.unisa.edu.au/1959.8/62314" target="_blank" title="Opens in new window">Hall, CJ, Fabretto, MV, Murphy, PJ & Zuber, K 2008, 'Improved PEDOT Conductivity via Suppression of Crystallite Formation in Fe(III) Tosylate During Vapor Phase Polymerization', Macromolecular Rapid Communications, vol. 29, no. 18, pp. 1503-1508.</a></p> <div class="badges"> <span title="Scopus score" class="badge badge-scopus"><span class="badge-score">87</span></span> <span title="Web of science score" class="badge badge-web-of-science"><span class="badge-score">82</span></span> </div> </td> </tr> <tr> <td>2008</td> <td> <p><a href="http://researchoutputs.unisa.edu.au/1959.8/66147" target="_blank" title="Opens in new window">Murphy, PJ, Hall, CJ, Innis, PC, Fabretto, MV, Wallace, GG, Valthlanathan, T & Mazurkiewicz, J 2008, 'Faradaic charge corrected colouration efficiency measurements for electrochromic devices', Electrochimica Acta, vol. 53, no. 5, pp. 2250-2257.</a></p> <div class="badges"> <span title="Open access" class="icon-unlocked">Open access</span> <span title="Scopus score" class="badge badge-scopus"><span class="badge-score">18</span></span> <span title="Web of science score" class="badge badge-web-of-science"><span class="badge-score">16</span></span> </div> </td> </tr> <tr> <td>2008</td> <td> <p><a href="http://researchoutputs.unisa.edu.au/1959.8/68752" target="_blank" title="Opens in new window">Murphy, PJ, Hall, CJ, Innis, PC, Fabretto, MV, Wallace, GG, Valthlanathan, T & Mazurkiewicz, J 2008, 'The mechanism of conductivity enhancement in poly (3,4-ethylenedioxythiophene)-poly(styrenesulfonic) acid using linear-diol additives: Its effect on electrochromic performance', Thin Solid Films, vol. 516, pp. 7828-7835.</a></p> <div class="badges"> <span title="Scopus score" class="badge badge-scopus"><span class="badge-score">28</span></span> <span title="Web of science score" class="badge badge-web-of-science"><span class="badge-score">26</span></span> </div> </td> </tr> <tr> <td>2008</td> <td> <p><a href="http://researchoutputs.unisa.edu.au/1959.8/68159" target="_blank" title="Opens in new window">Zuber, K, Fabretto, MV, Hall, CJ & Murphy, PJ 2008, 'High Conductivity PEDOT Using Humidity Facilitated Vacuum Vapour Phase Polymerisation', Macromolecular Rapid Communications, vol. 29, pp. 1403-1409.</a></p> <div class="badges"> <span title="Scopus score" class="badge badge-scopus"><span class="badge-score">73</span></span> <span title="Web of science score" class="badge badge-web-of-science"><span class="badge-score">69</span></span> </div> </td> </tr> </table> </div> </div> <div class="modal-footer"> <a class="close button" href="#">Close</a> </div> </div> <div id="Current-research" class="modal"> <div class="layout-section-backnav"> <ul class="modal-nav inline-list"> <li> <a class="close icon-close" href="#" title="Close">close</a> </li> </ul> <p class="h2">Research</p> </div> <div class="layout-section-header"> <ul class="modal-nav inline-list"> <li class="hide-med hide-lg"> <a class="modal-link icon-up" href="#Research" title="Close">back</a> </li> <li class="hide-sm"> <a class="close icon-close" href="#" title="Close">close</a> </li> </ul> <h2>Current research & highlights</h2> </div> <div class="layout-section-body"> Thin Film Coating Technology: including plasma polymerisation, sputter coating, electron beam evaporation, spray coating, dip coating, spin coating,Electromaterials : inclduing electrochromic materials based upon conducting polymer coatings of PEDOT / PMAS / PANI.,Surface Characterisation and Analysis : AFM, XPS, SEM, TEM, EDAX and EELS.,Industry engagement - what does it take to create a highly successful collaboration with private industry that generates both research and product outcomes. </div> <div class="modal-footer"> <a class="close button" href="#">Close</a> </div> </div> <div id="Patents" class="modal"> <div class="layout-section-backnav"> <ul class="modal-nav inline-list"> <li> <a class="close icon-close" href="#" title="Close">close</a> </li> </ul> <p class="h2">Research</p> </div> <div class="layout-section-header"> <ul class="modal-nav inline-list"> <li class="hide-med hide-lg"> <a class="modal-link icon-up" href="#Research" title="Close">back</a> </li> <li class="hide-sm"> <a class="close icon-close" href="#" title="Close">close</a> </li> </ul> <h2>Patents</h2> </div> <div class="layout-section-body"> <table class="data-set"> <tr> <th>Details</th> <th>Registry</th> <th>Status</th> </tr> <tr> <td> <p><a href="https://patentscope.wipo.int/search/en/detail.jsf?docId=AU181440670&redirectedID=true"><b>Processes for producing electrochromic substrates and electrochromic articles made therefrom</b></a></p> <p>Edwards, Scott A; Fabretto, Rick; Hall, Colin; Innis, Charles Peter; Mazurkiewicz, Jakub Henryk; Murphy, Peter J; Wallace, Gordon George; Zuber, Kamil</p> </td> <td>AU</td> <td> Granted </td> </tr> <tr> <td> <p><a href="https://patentscope.wipo.int/search/en/detail.jsf?docId=EP11060896"><b>Processes for producing electrochromic substrates and electrochromic articles made therefrom</b></a></p> <p>Mazurkiewicz, Jakub Henryk; Wallace, Gordon George; Innis, Charles Peter; Edwards, Scott A; Murphy, Peter J; Hall, Colin; Fabretto, Rick; Zuber, Kamil</p> </td> <td>EP</td> <td> Filed </td> </tr> <tr> <td> <p><a href="https://patents.google.com/patent/US20110261430A1/en?oq=US20110261430"><b>Processes for producing electrochromic substrates and electrochromic articles made therefrom</b></a></p> <p>Mazurkiewicz, Jakub Henryk; Wallace, Gordon George; Innis, Charles Peter; Edwards, Scott A; Murphy, Peter J; Hall, Colin; Fabretto, Rick; Zuber, Kamil</p> </td> <td>US</td> <td> Granted </td> </tr> <tr> <td> <p><a href="https://patentscope.wipo.int/search/en/detail.jsf?docId=WO2009117761"><b>Processes for producing electrochromic substrates and electrochromic articles made therefrom</b></a></p> <p>Mazurkiewicz, Jakub Henryk; Wallace, Gordon George; Innis, Charles Peter; Edwards, Scott; Murphy, Peter; Hall, Colin; Fabretto, Manrico; Zuber, Kamil</p> </td> <td>WO</td> <td> Filed </td> </tr> <tr> <td> <p><a href="https://patents.google.com/patent/WO2015039180A1/en"><b>Reflector coatings and methods for production</b></a></p> <p>Evans, Drew Raymond; Hall, Colin; Bishop,Matthew; Murphy, Peter James</p> </td> <td>WO</td> <td> Filed </td> </tr> </table> </div> <div class="modal-footer"> <a class="close button" href="#">Close</a> </div> </div> <div class="layout-section-footer"> <ul class="nav btn-set-modal grid"> <li class="gc-med-1of2 gc-lg-1of1"><a class="button modal-link" href="#Projects">Projects</a></li> <li class="gc-med-1of2 gc-lg-1of1"><a class="button modal-link" href="#Outputs">Outputs</a></li> <li class="gc-med-1of2 gc-lg-1of1"><a class="button modal-link" href="#Current-research">Current research & highlights</a></li> <li class="gc-med-1of2 gc-lg-1of1"><a class="button modal-link" href="#Patents">Patents</a></li> </ul> </div> </div> <script type = "text/javascript"> var googleMapData = [ ['Australian National University',1,-35.277702,149.118533], ['Contamac Ltd',3,51.5,-.166666666667], ['Deakin University',2,-38.143573,144.3598094], ['Defence Science and Technology Group',1,34.729735,138.640547], ['Ecole Nationale Supérieure de Chimie, de Biologie et de Physique',1,48.8666666667,2.33333333333], ['EMPA',1,46.95,7.43333333333], ['Free University of Brussels',2,50.8333333333,4.33333333333], ['Leybold Optics',1,52.5166666667,13.4], ['Linköping University',11,58.397841,15.576006], ['Lulea University of Technology',1,59.3333333333,18.05], ['LV Prasad Eye Institutue',1,28.6,77.2], ['Norwegian University of Science and Technology',1,59.9166666667,10.75], ['PlasmaSolve',4,50.072098,14.440881], ['PMB Defence Engineering',1,-35.2833333333,149.216666667], ['Reutlingen University',2,52.5166666667,13.4], ['RWTH Aachen University',1,52.5166666667,13.4], ['Schefenacker Vision Systems Australia',1,-35.106729,138.500971], ['Schefenacker Vision Systems Australia Pty Ltd',2,-35.1060458,138.501058], ['SMR Automotive Australia Pty Ltd',2,-35.106046,138.5010582], ['Swinburne University of Technology',3,-37.8221504,145.0389546], ['Swiss Federal Institute of Technology Zurich (ETH)',4,47.375726,8.547938], ['Technical University of Denmark',1,55.6666666667,12.5833333333], ['The University of Wollongong',2,-35.2833333333,149.216666667], ['University of Adelaide',6,-34.9210251,138.6086671], ['University of Bath',7,51.3639371,-2.325886], ['University of Illinois at Urbana-Champaign',1,40.101936,-88.22718], ['University of Liverpool',1,53.40594,-2.965612], ['University of Mons',2,50.8333333333,4.33333333333], ['University of New South Wales',2,-33.917347,151.2312675], ['University of South Australia',70,-34.9175455,138.6061566], ['University of Warwick',1,52.379411,-1.563191], ['University of Wollongong',7,-34.405369,150.878414] ];</script>  <div id="External-engagement-and-recognition" class="gc-med-1of1 gc-lg-1of3 layout-section modal-sm"> <div class="layout-section-header"> <ul class="modal-nav inline-list hide-med hide-lg"> <li> <a class="close icon-close" href="#" title="Close">close</a> </li> </ul> <h2>External engagement & recognition</h2> </div> <div class="layout-section-body grid"> <div class="gc-sm-1of1 gc-med-1of2 gc-lg-1of1 no-print"> <h3><a class="modal-link" href="#Collaborations">Collaborations</a></h3> <a class="modal-link" href="#Collaborations"><img title="Collaboration map" src="/Areas/People/Static/theme/v1/resources/img/collaborations.jpg" /></a> </div>  <div id="Collaborations" class="modal"> <div class="layout-section-backnav"> <ul class="modal-nav inline-list"> <li> <a class="close icon-close" href="#" title="Close">close</a> </li> </ul> <p class="h2">External engagement & recognition</p> </div> <script> function initMap() { const map = new google.maps.Map(document.getElementById("map"), { zoom: 1, center: new google.maps.LatLng(23.152155, 10), mapTypeId: google.maps.MapTypeId.ROADMAP }); setMarkers(map); } function setMarkers(map) { const svgMarker = { path: "M11.9,0C5.3,0,0,5.4,0,12c0,2.4,1.1,5.9,3.1,8.3s5,3.9,5.8,4.9c2.7,3.5,3,6.8,3,6.8s0.7-4.1,2.6-6.4c1.2-1.4,4.1-2.9,6.3-5.4c2.2-2.4,3-5.9,3-8.3C23.8,5.3,18.5,0,11.9,0z M11.9,17.9c-3.4,0-6.2-2.8-6.2-6.2s2.8-6.2,6.2-6.2s6.2,2.8,6.2,6.2S15.4,17.9,11.9,17.9z", fillColor: "#EF1A1C", fillOpacity: 1, strokeWeight: 0, rotation: 0, // Could change the size based on googleMapdata?? scale: 1, size: new google.maps.Size(24, 32), origin: new google.maps.Point(0, 0), anchor: new google.maps.Point(16, 32), }; const shape = { coords: [4, 3, 15, 0, 25, 5, 21, 20, 14, 31, 6, 23, 1, 10], type: "poly", }; for (let i = 0; i < googleMapData.length; i++) { const collabPlace = googleMapData[i]; new google.maps.Marker({ position: { lat: collabPlace[2], lng: collabPlace[3] }, map, icon: svgMarker, shape: shape, title: collabPlace[0] }); } } </script> <script async src="https://maps.googleapis.com/maps/api/js?key=AIzaSyBrjE_Zlz_GLMB1FK6CT2OWFxEGh5pB5NI&callback=initMap"> </script> <div class="layout-section-header"> <ul class="modal-nav inline-list"> <li class="hide-med hide-lg"> <a class="modal-link icon-up" href="#External-engagement-and-recognition" title="Close">back</a> </li> <li class="hide-sm"> <a class="close icon-close" href="#" title="Close">close</a> </li> </ul> <h2>Collaborations</h2> </div> <div class="layout-section-body"> <div id="map" class="ratio-16x9"></div> <table class="data-set"> <tr> <th>Organisation</th> <th>Country</th> </tr> <tr> <td>Australian National University</td> <td>AUSTRALIA</td> </tr> <tr> <td>Contamac Ltd</td> <td>UNITED KINGDOM</td> </tr> <tr> <td>Deakin University</td> <td>AUSTRALIA</td> </tr> <tr> <td>Defence Science and Technology Group</td> <td>AUSTRALIA</td> </tr> <tr> <td>Ecole Nationale Supérieure de Chimie, de Biologie et de Physique</td> <td>FRANCE</td> </tr> <tr> <td>EMPA</td> <td>SWITZERLAND</td> </tr> <tr> <td>Free University of Brussels</td> <td>BELGIUM</td> </tr> <tr> <td>Leybold Optics</td> <td>GERMANY</td> </tr> <tr> <td>Linköping University</td> <td>SWEDEN</td> </tr> <tr> <td>Lulea University of Technology</td> <td>SWEDEN</td> </tr> <tr> <td>LV Prasad Eye Institutue</td> <td>INDIA</td> </tr> <tr> <td>Norwegian University of Science and Technology</td> <td>NORWAY</td> </tr> <tr> <td>PlasmaSolve</td> <td>CZECH REPUBLIC</td> </tr> <tr> <td>PMB Defence Engineering</td> <td>AUSTRALIA</td> </tr> <tr> <td>Reutlingen University</td> <td>GERMANY</td> </tr> <tr> <td>RWTH Aachen University</td> <td>GERMANY</td> </tr> <tr> <td>Schefenacker Vision Systems Australia</td> <td>AUSTRALIA</td> </tr> <tr> <td>Schefenacker Vision Systems Australia Pty Ltd</td> <td>AUSTRALIA</td> </tr> <tr> <td>SMR Automotive Australia Pty Ltd</td> <td>AUSTRALIA</td> </tr> <tr> <td>Swinburne University of Technology</td> <td>AUSTRALIA</td> </tr> <tr> <td>Swiss Federal Institute of Technology Zurich (ETH)</td> <td>SWITZERLAND</td> </tr> <tr> <td>Technical University of Denmark</td> <td>DENMARK</td> </tr> <tr> <td>The University of Wollongong</td> <td>AUSTRALIA</td> </tr> <tr> <td>University of Adelaide</td> <td>AUSTRALIA</td> </tr> <tr> <td>University of Bath</td> <td>UNITED KINGDOM</td> </tr> <tr> <td>University of Illinois at Urbana-Champaign</td> <td>UNITED STATES</td> </tr> <tr> <td>University of Liverpool</td> <td>UNITED KINGDOM</td> </tr> <tr> <td>University of Mons</td> <td>BELGIUM</td> </tr> <tr> <td>University of New South Wales</td> <td>AUSTRALIA</td> </tr> <tr> <td>University of South Australia</td> <td>AUSTRALIA</td> </tr> <tr> <td>University of Warwick</td> <td>UNITED KINGDOM</td> </tr> <tr> <td>University of Wollongong</td> <td>AUSTRALIA</td> </tr> </table> </div> <div class="modal-footer"> <a class="close button" href="#">Close</a> </div> </div> <div id="External-engagement" class="modal"> <div class="layout-section-backnav"> <ul class="modal-nav inline-list"> <li> <a class="close icon-close" href="#" title="Close">close</a> </li> </ul> <p class="h2">External engagement & recognition</p> </div> <div class="layout-section-header"> <ul class="modal-nav inline-list"> <li class="hide-med hide-lg"> <a class="modal-link icon-up" href="#External-engagement-and-recognition" title="Close">back</a> </li> <li class="hide-sm"> <a class="close icon-close" href="#" title="Close">close</a> </li> </ul> <h2>External engagement & recognition</h2> </div> <div class="layout-section-body"> <table class="data-set"> <colgroup> <col class="" /> <col class="table-col-med" /> </colgroup> <tr> <th>Engagement/recognition</th> <th>Year</th> </tr> <tr> <td> <h4 class="data-set-title">Member</h4> <p>Australian Institute of Company Directors </p> </td> <td>2017</td> </tr> <tr> <td> <h4 class="data-set-title">Clunies Ross Innovation Award</h4> <p>Australian Academy of Technology and Engineering</p> </td> <td>2016</td> </tr> <tr> <td> <h4 class="data-set-title">Finalist, Awards for research excellence</h4> <p>Business-Higher Education Round Table BHERT </p> </td> <td>2012</td> </tr> <tr> <td> <h4 class="data-set-title">Excellence Award for the Plastic Mirror Project</h4> <p>AutoCRC</p> </td> <td>2011</td> </tr> <tr> <td> <h4 class="data-set-title">Silver Award</h4> <p>Society of Automotive Engineers, Australasia</p> </td> <td>2011</td> </tr> </table> </div> <div class="modal-footer"> <a class="close button" href="#">Close</a> </div> </div> </div> <div class="layout-section-footer"> <ul class="nav btn-set-modal grid"> <li class="gc-med-1of2 gc-lg-1of1"><a class="button modal-link" href="#Collaborations">Collaborations</a></li> <li class="gc-med-1of2 gc-lg-1of1"><a class="button modal-link" href="#External-engagement">External engagement & recognition</a></li> </ul> </div> </div>  <div id="Teaching-and-supervision" class="gc-med-1of1 gc-lg-1of3 layout-section modal-sm"> <div class="layout-section-header"> <ul class="modal-nav inline-list hide-med hide-lg"> <li> <a class="close icon-close" href="#Teaching-and-supervision" title="Close">close</a> </li> </ul> <h2>Teaching & student supervision</h2> </div> <div class="layout-section-body grid">  <div id="Program-courses" class="modal"> <div class="layout-section-backnav"> <ul class="modal-nav inline-list"> <li> <a class="close icon-close" href="#" title="Close">close</a> </li> </ul> <p class="h2">Teaching & student supervision</p> </div> <div class="layout-section-header"> <ul class="modal-nav inline-list"> <li class="hide-med hide-lg"> <a class="modal-link icon-up" href="#Teaching-and-supervision" title="Close">back</a> </li> <li class="hide-sm"> <a class="close icon-close" href="#" title="Close">close</a> </li> </ul> <h2>Courses and programs</h2> </div> <div class="layout-section-body"> </div> <div class="modal-footer"> <a class="close button" href="#">Close</a> </div> </div> <div id="Research-degree-supervising" class="modal"> <div class="layout-section-backnav"> <ul class="modal-nav inline-list"> <li> <a class="close icon-close" href="#" title="Close">close</a> </li> </ul> <p class="h2">Teaching & student supervision</p> </div> <div class="layout-section-header"> <ul class="modal-nav inline-list"> <li class="hide-med hide-lg"> <a class="modal-link icon-up" href="#Teaching-and-supervision" title="Close">back</a> </li> <li class="hide-sm"> <a class="close icon-close" href="#" title="Close">close</a> </li> </ul> <h2>Research degree supervision</h2> </div> <div class="layout-section-body"> <p class="notification-neutral-lowkey small-text">Supervisions from 2010 shown</p> <table class="data-set"> <tr> <th>Thesis title</th> <th>Student status</th> </tr> <tr> <td>  Nanostructuring of ultra-thin films on polymeric substrates </td> <td>Completed</td> </tr> <tr> <td> Design and fabrication of highly efficient photothermal evaporators for portable solar-steam generation systems </td> <td>Completed</td> </tr> <tr> <td> Effects of compositional grading and adhesion pre-treatments on the protective performance of microwave PECVD organosilicone coatings on transparent plastics </td> <td>Completed</td> </tr> <tr> <td> Engineering of vapour deposited conducting polymers on complex substrates </td> <td>Completed</td> </tr> <tr> <td> Enhancing phase change material heat transfer with additive manufacturing for the thermal management of high-powered CubeSat electronics </td> <td>Completed</td> </tr> <tr> <td> Environmentally durable low-e coatings  </td> <td>Completed</td> </tr> <tr> <td> Fabrication of quantum dots and investigation of size and matrix material effects on optical properties of quantum dot nanocomposites </td> <td>Completed</td> </tr> <tr> <td> High refractive index and semi-stepwise gradient refractive index coatings by plasma polymerisation </td> <td>Completed</td> </tr> <tr> <td> Impact of doping on semi-metallic polymers </td> <td>Completed</td> </tr> <tr> <td> Investigation of conducting polymer:dopant systems for active IR modulation technology </td> <td>Completed</td> </tr> <tr> <td> Investigation of interactions between fingerprints, surfaces and cleaning implements </td> <td>Completed</td> </tr> <tr> <td> Modelling the deformation  of soft tissues in the pelvic & thigh region for sitting applications using finite element methods </td> <td>Completed</td> </tr> <tr> <td> Novel approaches in photoelectrode design for dye-sensitised solar cells </td> <td>Completed</td> </tr> <tr> <td> Organic electrochromic devices for adaptive military camouflage </td> <td>Completed</td> </tr> <tr> <td> Silicon-based thin-film anodes for lithium-ion batteries using physical vapour deposition </td> <td>Completed</td> </tr> <tr> <td> Structuring siloxane thin film coatings </td> <td>Completed</td> </tr> <tr> <td> Template assisted carbon based porous materials for environmental and energy applications </td> <td>Completed</td> </tr> <tr> <td> Towards the Next Generation Vehicle (NxGV): frequency selective surface on low emissivity plastic windows </td> <td>Completed</td> </tr> </table> </div> <div class="modal-footer"> <a class="close button" href="#">Close</a> </div> </div> </div> <div class="layout-section-footer"> <ul class="nav btn-set-modal grid"> <li class="gc-med-1of2 gc-lg-1of1"><a class="button modal-link" href="#Research-degree-supervising">Research degree supervision</a></li> </ul> </div> </div> </div>   <div id="Gallery" class="modal no-print"> <div class="layout-section-backnav"> <ul class="modal-nav inline-list"> <li> <a class="close icon-close" href="#" title="Close">close</a> </li> </ul> <p class="h2">About me</p> </div> <div class="layout-section-header"> <ul class="modal-nav inline-list"> <li class="hide-med hide-lg"> <a class="modal-link icon-up" href="#Biography" title="Close">back</a> </li> <li class="hide-sm"> <a class="close icon-close" href="#" title="Close">close</a> </li> </ul> <h2>Gallery</h2> </div> <div class="layout-section-body">  <img src="data:image/jpeg;charset=utf-8;base64, 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" 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