Chem R&D 2025 | Chemistry Research and Development Conference

<!DOCTYPE html> <html lang="en"> <head>  <title>Chem R&D 2025 | Chemistry Research and Development Conference | Chemistry Conference</title> <meta name="keywords" content="Chemistry conference, advanced chemistry conference, chemistry research conference, Chemistry research and development conference, chemistry meeting usa, chemistry conference boston, about chemistry conference" /> <meta name="description" content="The Chem R&D Conference stands as a cornerstone event in the world of chemistry, where pioneers, researchers, and industry experts converge to explore the latest advancements and breakthroughs in the field of chemical research and development." /> <meta charset="UTF-8"> <meta http-equiv="X-UA-Compatible" content="IE=Edge"> <meta name="viewport" content="width=device-width, initial-scale=1, maximum-scale=1"> <link rel="shortcut icon" href="images/favicon.png" type="image/x-icon"> <link rel="stylesheet" href="css/animate.css"> <link rel="stylesheet" href="css/font-awesome.min.css"> <link rel="stylesheet" href="css/owl.theme.css"> <link rel="stylesheet" href="css/owl.carousel.css">  <link rel="stylesheet" href="css/style.css"> <link href="https://cdnjs.cloudflare.com/ajax/libs/font-awesome/6.4.0/css/all.min.css" rel="stylesheet"> <link href="https://cdn.jsdelivr.net/npm/bootstrap@5.3.3/dist/css/bootstrap.min.css" rel="stylesheet" integrity="sha384-QWTKZyjpPEjISv5WaRU9OFeRpok6YctnYmDr5pNlyT2bRjXh0JMhjY6hW+ALEwIH" crossorigin="anonymous"> <script src="https://cdn.jsdelivr.net/npm/bootstrap@5.3.3/dist/js/bootstrap.bundle.min.js" integrity="sha384-YvpcrYf0tY3lHB60NNkmXc5s9fDVZLESaAA55NDzOxhy9GkcIdslK1eN7N6jIeHz" crossorigin="anonymous"></script>  <link href='https://fonts.googleapis.com/css?family=Poppins:400,500,600' rel='stylesheet' type='text/css'>  <script async src="https://www.googletagmanager.com/gtag/js?id=G-ZQC5Q7141Y"></script> <script> window.dataLayer = window.dataLayer || []; function gtag() { dataLayer.push(arguments); } gtag('js', new Date()); gtag('config', 'G-ZQC5Q7141Y'); </script> </head> <body data-spy="scroll" data-offset="50" data-target=".navbar-collapse">   <nav class="navbar navbar-expand-lg custom-navbar fixed-top bg-dark"> <div class="container"> <a class="navbar-brand" href="./">  <img src="images/logo.png" alt="CHEM R&D 2025"> </a> <button class="navbar-toggler" type="button" data-bs-toggle="collapse" data-bs-target="#navbarSupportedContent" aria-controls="navbarSupportedContent" aria-expanded="false" aria-label="Toggle navigation"> <span class="navbar-toggler-icon"></span> </button> <a href="https://en.wikipedia.org/wiki/History_of_chemistry" class="text-primary w-100 text-center" target="_blank"><b>History of Chemistry</b></a> <div class="collapse navbar-collapse" id="navbarSupportedContent"> <ul class="navbar-nav me-auto mb-2 mb-lg-0"> <li class="nav-item dropdown"> <a class="nav-link dropdown-toggle" href="#" role="button" data-bs-toggle="dropdown" aria-expanded="false"> About </a> <ul class="dropdown-menu"> <li><a class="dropdown-item" href="about">Conference Info</a></li> <li><a class="dropdown-item" href="visa-information">Visa Information</a></li> </ul> </li> <li class="nav-item dropdown"> <a class="nav-link dropdown-toggle" href="#" role="button" data-bs-toggle="dropdown" aria-expanded="false"> Experts </a> <ul class="dropdown-menu"> <li><a class="dropdown-item" href="experts">Committee</a></li> <li><a class="dropdown-item" href="speakers">Speakers</a></li> </ul> </li> <li class="nav-item"> <a class="nav-link" href="important-dates">Dates</a> </li> <li class="nav-item dropdown"> <a class="nav-link dropdown-toggle" href="#" role="button" data-bs-toggle="dropdown" aria-expanded="false"> Abstract </a> <ul class="dropdown-menu"> <li><a class="dropdown-item" href="abstract_submission">ABSTRACT SUBMISSION</a></li> <li><a class="dropdown-item" href="scientific_topics">SCIENTIFIC TOPICS</a></li> <li><a class="dropdown-item" href="review-process">REVIEW PROCESS</a></li> <li><a class="dropdown-item" href="guidelines">GUIDELINES</a></li>  </ul> </li> <li class="nav-item dropdown"> <a class="nav-link dropdown-toggle" href="#" role="button" data-bs-toggle="dropdown" aria-expanded="false"> Sponsors </a> <ul class="dropdown-menu"> <li><a class="dropdown-item" href="become_a_sponsor">BECOME A SPONSOR</a></li> <li><a class="dropdown-item" href="exhibition">EXHIBITION</a></li> </ul> </li> <li class="nav-item"> <a class="nav-link" href="venue-and-hospitality">Venue</a> </li> <li class="nav-item align-self-center"> <a class="btn btn-danger px-4 mx-4" href="registration_form">Register</a> </li> </ul> </div> </div> </nav> <div class="col-sm-12 py-2 text-center text-white fw-bold header-dates" style="position: absolute; top: 70px; background-color: #0089ff;"> <div class="container"> <div class="row"> <div class="col-sm-6 pt-2"><a href="abstract_submission" class="text-white"><i class="fa fa-file-o"></i> <span style="color: #000; ">Second Round of Abstract Submission Ends:</span> December 16, 2024</a></div> <div class="col-sm-6 pt-2"><a href="registration_form" class="text-white"><i class="fa fa-ticket"></i> <span style="color: #000; ">Early Bird Registration Extended up to: </span>November 30, 2024</a> </div> </div> </div> </div> <div class="breadcumb-area mt-7"> <div class="container"> <div class="row"> <div class="breadcumb-content mt-5"> <h1>Visa Information</h1> <ul> <li><a href="./">Home</a></li> <li><i class="fa fa-angle-right"></i></li> <li>Visa Information</li> </ul> </div> </div> </div> </div> <section class="section-sm bg-default text-left section py-5"> <div class="container"> <div class="row justify-content-sm-center row-30"> <div class="col-sm-12 col-lg-12"> <h3 style="font-size: 24px;font-weight: bold;text-align: center;"><img src="images/heading.png" alt="CHEM R&D 2025"> Visa Information</h3> <hr /> <div class="offset-top-20 offset-lg-top-30"> <div class="col-lg-12"> <div class="offset-top-10"> <div class="offset-top-10"> <p class="text-justify text-dark">Please be aware that participants are responsible for applying for their own visa. <strong>USG - United Scientific Group</strong> (a non-profit organization), the organizer of the conference, does not assume responsibility for visa applications. However, we are happy to provide a Visa Support Letter to assist with the process. To qualify for this letter, applicants must meet the following criteria:</p> <p class="h5 text-primary"> Visa Support Letter Requirements <i class="fa fa-file-o"></i></p> <ul style="list-style: none;"> <li><i class="fas fa-circle-check text-primary"></i> Applicants must have <strong> completed</strong> their <strong>registration</strong> and <strong>submitted an abstract</strong> to be eligible for the support letter.</li> <li><i class="fas fa-circle-check text-primary"></i> Applicants must provide a scan of their valid passport, which includes a photo. (If necessary).</li> <li><i class="fas fa-circle-check text-primary"></i> Applicants must submit a letter from their institution confirming support for their participation in the conference. (If necessary).</li> <li><i class="fas fa-circle-check text-primary"></i> Requests for a Visa Support Letter should be made well in advance. Last-minute requests will not be processed.</li> </ul> <p class="h5">More useful information on visa application</p> <ul style="list-style-type: disclosure-closed;"> <li><a href="https://www.make-it-in-germany.com/en/visa-residence/procedure/entry-process">Conditions for entry into Germany</a></li> <li><a href="https://www.schengenvisainfo.com/">Schengen Visa Information</a></li> </ul> </div> </div> </div> </div> </div> </div> </div> </section>   <footer class="pt-5"> <div class="container"> <div class="row"> <div class="col-md-3 col-sm-3 quicklinks"> <img src="images/footer-logo.png" alt="CHEM R&D 2025" class="img-fluid"> </div> <div class="col-md-5 col-sm-5"> <img src="images/usg-logo-footer.png" alt="usg logo" class="img-fluid"> <p><strong>USG United Scientific Group</strong><br /> A non-profit organization<br /> 8105, Suite 112, Rasor Blvd<br /> PLANO, TX 75024<br /> +1-469-854-2280/81<br /> <a href="mailto:chem@uniscigroup.org">chem@uniscigroup.org</a> </p> </div> <div class="col-md-4"> <div class="contact_detail"> <div class="section-title"> <h2>Subscribe Us</h2> </div> <form id="enqform" name="enqform" method="post" data-form-type="subscribe" action=""> <input name="enqname" type="text" class="form-control mb-3" id="enqname" placeholder="Name"> <input name="enqemail" type="email" class="form-control mb-3" id="enqemail" placeholder="Email"> <div class="col-md-6 col-sm-10"> <button class="form-control" onclick="return enquiry();">Subscribe</button> </div> </form> <div id="enqmsg" class="text-dark"></div> </div> </div> </div> </div> <div class="col-sm-12 text-center copy-right"> <p class="wow fadeInUp" data-wow-delay="0.6s">Copyright © <script type="text/javascript"> var year = new Date(); document.write(year.getFullYear()); </script> <a href="https://www.unitedscientificgroup.org/" target="_blank" class="text-dark fw-bold">USG United Scientific Group</a> All Right Reserved<br /> <a href="https://unitedscientificgroup.org/privacy-policy">Privacy Policy</a> | <a href="https://unitedscientificgroup.org/conferences-terms-and-conditions">Terms of Service</a> </p> </div> </footer>  <a href="#back-top" class="go-top"><i class="fa fa-angle-up"></i></a>  <script src="https://code.jquery.com/jquery-3.3.1.min.js"></script> <script> function enquiry() { event.preventDefault(); var name = document.enqform.enqname.value; var email = document.enqform.enqemail.value; if (document.enqform.enqname.value == "") { alert("Please enter your Name"); document.enqform.enqname.focus(); return false; } if (document.enqform.enqemail.value == "") { alert("Please enter your Email"); document.enqform.enqemail.focus(); return false; } var id = document.enqform.enqemail.value; //The regular expression for a valid e-mail address var re = /^.+\@.+\..{2,4}$/gi; if (!id.match(re)) { //If it is NOT a match //flag++; //errors = errors + "Invalid E-Mail\n"; alert("Not a valid e-mail address"); document.enqform.enqemail.focus(); return false; } if (window.XMLHttpRequest) // code for IE7+, Firefox, Chrome, Opera, Safari xmlhttp = new XMLHttpRequest(); else // code for IE6, IE5 xmlhttp = new ActiveXObject("Microsoft.XMLHTTP"); xmlhttp.onreadystatechange = function() { if (xmlhttp.readyState == 4 && xmlhttp.status == 200) document.getElementById("enqmsg").innerHTML = xmlhttp.responseText; } xmlhttp.open("GET", "enqMessage.php?q=" + email + "&n=" + name, true); xmlhttp.send(); document.enqform.reset(); return false; } $(document).ready(function() { $("#program_form").on("submit", function(event) { event.preventDefault(); $.ajax({ url: "ajax_forms.php", type: "post", data: $(this).serialize(), success: function(data) { $('#program_form')[0].reset(); var downloadfile = $("#abstarct2024_download").attr('href'); $(".close").trigger("click"); window.open(downloadfile, '_parent'); // var newtab = window.open(); // newtab.location.href = "password.php"; } }); return false; }); $("#contactForm").submit(function(event) { // cancels the form submission event.preventDefault(); submitForm(); }); function submitForm() { // Initiate Variables With Form Content var name = $("#name").val(); var email = $("#email").val(); var message = $("#message").val(); if (email != '') { $.ajax({ type: "POST", url: "contact_process.php", data: "name=" + name + "&email=" + email + "&message=" + message, success: function(text) { if (text == "Submitted Successfully") { formSuccess(); $("#contactForm")[0].reset(); } else { formError(); submitMSG(false, text); } } }); } } function formSuccess() { $("#msgSubmit").removeClass("hidden"); } function formError() { $("#contactForm").removeClass("hidden").addClass('shake animated').one('webkitAnimationEnd mozAnimationEnd MSAnimationEnd oanimationend animationend', function() { $("#msgSubmit").removeClass("hidden"); }); } function submitMSG(valid, msg) { var msgClasses; if (valid) { msgClasses = "h3 text-center tada animated text-success"; } else { msgClasses = "h3 text-center text-danger"; } $("#msgSubmit").removeClass().addClass(msgClasses).text(msg); } function AajaxLogin() { // event.preventDefault(); $(".error").text(""); $('#password-info').removeClass("error"); var password = $('#Alogin-password').val(); var actionString = 'loginbook'; if (password == "") { $('#password-info').addClass("error"); $(".error").text("required"); } else { // show loader $('#loaderId').show(); $.ajax({ url: 'ajax-login-abstracts.php', type: 'POST', data: { password: password, action: actionString }, async: false, success: function(response) { if (response.trim() == 'error') { $('#login-success-message').hide(); $('#ajaxloader').hide(); $('#login-error-message').html( "Invalid Attempt. Try Again."); $('#login-error-message').show(); } else { $('.demo-container').html(response); var urlt = 'test'; window.open('https://catalysis.unitedscientificgroup.org/abstracts/' + $.trim(response), '_blank'); //register_window.dialog("close"); //$("#login-dialog").dialog("close"); } } }); this.close(); } // endif return false; } $("#sign-up").submit(function(event) { // cancels the form submission event.preventDefault(); sign_upsubmitForm(); }); function sign_upsubmitForm() { // Initiate Variables With Form Content var name = $("#sign-up-name").val(); var email = $("#sign-up-email").val(); var organization = $("#sign-up-organization").val(); var job = $("#sign-up-job").val(); var message = $("#sign-up-message").val(); if (email != '') { $.ajax({ type: "POST", url: "sign-up-process.php", data: "name=" + name + "&email=" + email + "&message=" + message + "&organization=" + organization + "&job=" + job, success: function(text) { if (text == "Submitted Successfully") { sign_upformSuccess(); $("#sign-up")[0].reset(); } else { sign_upformError(); sign_upsubmitMSG(false, text); } } }); } } function sign_upformSuccess() { $("#sign-upmsg").removeClass("hidden"); } function sign_upformError() { $("#sign-up").removeClass("hidden").addClass('shake animated').one('webkitAnimationEnd mozAnimationEnd MSAnimationEnd oanimationend animationend', function() { $("#sign-upmsg").removeClass("hidden"); }); } function sign_upsubmitMSG(valid, msg) { var msgClasses; if (valid) { msgClasses = "h3 text-center tada animated text-success"; } else { msgClasses = "h3 text-center text-danger"; } $("#sign-upmsg").removeClass().addClass(msgClasses).text(msg); } $("#book_form").on("submit", function(event) { event.preventDefault(); $.ajax({ url: "ajax_forms.php", type: "post", data: $(this).serialize(), success: function(data) { $('#book_form')[0].reset(); var downloadfile = 'https://catalysis.unitedscientificgroup.org/password'; $(".close").trigger("click"); window.location.href = downloadfile; //window.open(downloadfile, '_blank'); } }); return false; }); $('#parentHorizontalTab').easyResponsiveTabs({ type: 'default', //Types: default, vertical, accordion width: 'auto', //auto or any width like 600px fit: true, // 100% fit in a container tabidentify: 'hor_1', // The tab groups identifier activate: function(event) { // Callback function if tab is switched var $tab = $(this); var $info = $('#nested-tabInfo'); var $name = $('span', $info); $name.text($tab.text()); $info.show(); } }); // $("#sessionid").change(function() { // $("#subsessions").hide(); // if ($(this).val() == "Organic, Structural and Organometallic Chemistry") { // $("#Organic").removeAttr("style"); // $("#InorganicChemistryBiochemistry").hide(); // $("#PhysicalChemistry").hide(); // $("#AnalyticalBioanalyticalChemistry").hide(); // $("#PharmaceuticalMedicinalChemistry").hide(); // $("#PolymerChemistry").hide(); // $("#NuclearRadioChemistry").hide(); // $("#NanoScienceMaterialsChemistry").hide(); // $("#ChemicalEngineeringIndustrialChemistry").hide(); // $("#SurfaceChemistry").hide(); // $("#SupramolecularChemistry").hide(); // $("#TheoreticalComputationalChemistry").hide(); // $("#FoodChemistryBiochemistry").hide(); // $("#ForensicChemistry").hide(); // $("#GreenChemistrySustainability").hide(); // $("#EnvironmentalGeoChemistry").hide(); // $("#Photochemistry").hide(); // $("#ChemicalKineticsCatalysis").hide(); // $("#Petrochemistry").hide(); // $("#Thermochemistry").hide(); // $("#PureAppliedChemistry").hide(); // $("#ElectrochemistryCorrosion").hide(); // $("#ChemistryofEnergy").hide(); // $("#ChemistryofTransitionElements").hide(); // $("#NaturalProductsChemistry").hide(); // $("#ChemistryinClinicalResearchDiagnosticsNanotherapeutics").hide(); // $("#EmergingTrendsFutureScopeofChemistry").hide(); // $("#subsessions").removeAttr("style"); // } else if ($(this).val() == "Inorganic Chemistry and Biochemistry") { // $("#Organic").hide(); // $("#InorganicChemistryBiochemistry").removeAttr("style"); // $("#PhysicalChemistry").hide(); // $("#AnalyticalBioanalyticalChemistry").hide(); // $("#PharmaceuticalMedicinalChemistry").hide(); // $("#PolymerChemistry").hide(); // $("#NuclearRadioChemistry").hide(); // $("#NanoScienceMaterialsChemistry").hide(); // $("#ChemicalEngineeringIndustrialChemistry").hide(); // $("#SurfaceChemistry").hide(); // $("#SupramolecularChemistry").hide(); // $("#TheoreticalComputationalChemistry").hide(); // $("#FoodChemistryBiochemistry").hide(); // $("#ForensicChemistry").hide(); // $("#GreenChemistrySustainability").hide(); // $("#EnvironmentalGeoChemistry").hide(); // $("#Photochemistry").hide(); // $("#ChemicalKineticsCatalysis").hide(); // $("#Petrochemistry").hide(); // $("#Thermochemistry").hide(); // $("#PureAppliedChemistry").hide(); // $("#ElectrochemistryCorrosion").hide(); // $("#ChemistryofEnergy").hide(); // $("#ChemistryofTransitionElements").hide(); // $("#NaturalProductsChemistry").hide(); // $("#ChemistryinClinicalResearchDiagnosticsNanotherapeutics").hide(); // $("#EmergingTrendsFutureScopeofChemistry").hide(); // $("#subsessions").removeAttr("style"); // } else if ($(this).val() == "Chemical Biology and Chemical Synthesis") { // $("#Organic").hide(); // $("#InorganicChemistryBiochemistry").hide(); // $("#ChemicalBiologyandChemicalSynthesis").removeAttr("style"); // $("#PhysicalChemistry").hide(); // $("#AnalyticalBioanalyticalChemistry").hide(); // $("#PharmaceuticalMedicinalChemistry").hide(); // $("#PolymerChemistry").hide(); // $("#NuclearRadioChemistry").hide(); // $("#NanoScienceMaterialsChemistry").hide(); // $("#ChemicalEngineeringIndustrialChemistry").hide(); // $("#SurfaceChemistry").hide(); // $("#SupramolecularChemistry").hide(); // $("#TheoreticalComputationalChemistry").hide(); // $("#FoodChemistryBiochemistry").hide(); // $("#ForensicChemistry").hide(); // $("#GreenChemistrySustainability").hide(); // $("#EnvironmentalGeoChemistry").hide(); // $("#Photochemistry").hide(); // $("#ChemicalKineticsCatalysis").hide(); // $("#Petrochemistry").hide(); // $("#Thermochemistry").hide(); // $("#PureAppliedChemistry").hide(); // $("#ElectrochemistryCorrosion").hide(); // $("#ChemistryofEnergy").hide(); // $("#ChemistryofTransitionElements").hide(); // $("#NaturalProductsChemistry").hide(); // $("#ChemistryinClinicalResearchDiagnosticsNanotherapeutics").hide(); // $("#EmergingTrendsFutureScopeofChemistry").hide(); // $("#subsessions").removeAttr("style"); // } else if ($(this).val() == "Physical Chemistry") { // $("#Organic").hide(); // $("#InorganicChemistryBiochemistry").hide(); // $("#PhysicalChemistry").removeAttr("style"); // $("#AnalyticalBioanalyticalChemistry").hide(); // $("#PharmaceuticalMedicinalChemistry").hide(); // $("#PolymerChemistry").hide(); // $("#NuclearRadioChemistry").hide(); // $("#NanoScienceMaterialsChemistry").hide(); // $("#ChemicalEngineeringIndustrialChemistry").hide(); // $("#SurfaceChemistry").hide(); // $("#SupramolecularChemistry").hide(); // $("#TheoreticalComputationalChemistry").hide(); // $("#FoodChemistryBiochemistry").hide(); // $("#ForensicChemistry").hide(); // $("#GreenChemistrySustainability").hide(); // $("#EnvironmentalGeoChemistry").hide(); // $("#Photochemistry").hide(); // $("#ChemicalKineticsCatalysis").hide(); // $("#Petrochemistry").hide(); // $("#Thermochemistry").hide(); // $("#PureAppliedChemistry").hide(); // $("#ElectrochemistryCorrosion").hide(); // $("#ChemistryofEnergy").hide(); // $("#ChemistryofTransitionElements").hide(); // $("#NaturalProductsChemistry").hide(); // $("#ChemistryinClinicalResearchDiagnosticsNanotherapeutics").hide(); // $("#EmergingTrendsFutureScopeofChemistry").hide(); // $("#subsessions").removeAttr("style"); // } else if ($(this).val() == "Analytical and Bioanalytical Chemistry") { // $("#Organic").hide(); // $("#InorganicChemistryBiochemistry").hide(); // $("#PhysicalChemistry").hide(); // $("#AnalyticalBioanalyticalChemistry").removeAttr("style"); // $("#PharmaceuticalMedicinalChemistry").hide(); // $("#PolymerChemistry").hide(); // $("#NuclearRadioChemistry").hide(); // $("#NanoScienceMaterialsChemistry").hide(); // $("#ChemicalEngineeringIndustrialChemistry").hide(); // $("#SurfaceChemistry").hide(); // $("#SupramolecularChemistry").hide(); // $("#TheoreticalComputationalChemistry").hide(); // $("#FoodChemistryBiochemistry").hide(); // $("#ForensicChemistry").hide(); // $("#GreenChemistrySustainability").hide(); // $("#EnvironmentalGeoChemistry").hide(); // $("#Photochemistry").hide(); // $("#ChemicalKineticsCatalysis").hide(); // $("#Petrochemistry").hide(); // $("#Thermochemistry").hide(); // $("#PureAppliedChemistry").hide(); // $("#ElectrochemistryCorrosion").hide(); // $("#ChemistryofEnergy").hide(); // $("#ChemistryofTransitionElements").hide(); // $("#NaturalProductsChemistry").hide(); // $("#ChemistryinClinicalResearchDiagnosticsNanotherapeutics").hide(); // $("#EmergingTrendsFutureScopeofChemistry").hide(); // $("#subsessions").removeAttr("style"); // } else if ($(this).val() == "Pharmaceutical and Medicinal Chemistry") { // $("#Organic").hide(); // $("#InorganicChemistryBiochemistry").hide(); // $("#PhysicalChemistry").hide(); // $("#AnalyticalBioanalyticalChemistry").hide(); // $("#PharmaceuticalMedicinalChemistry").removeAttr("style"); // $("#PolymerChemistry").hide(); // $("#NuclearRadioChemistry").hide(); // $("#NanoScienceMaterialsChemistry").hide(); // $("#ChemicalEngineeringIndustrialChemistry").hide(); // $("#SurfaceChemistry").hide(); // $("#SupramolecularChemistry").hide(); // $("#TheoreticalComputationalChemistry").hide(); // $("#FoodChemistryBiochemistry").hide(); // $("#ForensicChemistry").hide(); // $("#GreenChemistrySustainability").hide(); // $("#EnvironmentalGeoChemistry").hide(); // $("#Photochemistry").hide(); // $("#ChemicalKineticsCatalysis").hide(); // $("#Petrochemistry").hide(); // $("#Thermochemistry").hide(); // $("#PureAppliedChemistry").hide(); // $("#ElectrochemistryCorrosion").hide(); // $("#ChemistryofEnergy").hide(); // $("#ChemistryofTransitionElements").hide(); // $("#NaturalProductsChemistry").hide(); // $("#ChemistryinClinicalResearchDiagnosticsNanotherapeutics").hide(); // $("#EmergingTrendsFutureScopeofChemistry").hide(); // $("#subsessions").removeAttr("style"); // } else if ($(this).val() == "Polymer Chemistry") { // $("#Organic").hide(); // $("#InorganicChemistryBiochemistry").hide(); // $("#PhysicalChemistry").hide(); // $("#AnalyticalBioanalyticalChemistry").hide(); // $("#PharmaceuticalMedicinalChemistry").hide(); // $("#PolymerChemistry").removeAttr("style"); // $("#NuclearRadioChemistry").hide(); // $("#NanoScienceMaterialsChemistry").hide(); // $("#ChemicalEngineeringIndustrialChemistry").hide(); // $("#SurfaceChemistry").hide(); // $("#SupramolecularChemistry").hide(); // $("#TheoreticalComputationalChemistry").hide(); // $("#FoodChemistryBiochemistry").hide(); // $("#ForensicChemistry").hide(); // $("#GreenChemistrySustainability").hide(); // $("#EnvironmentalGeoChemistry").hide(); // $("#Photochemistry").hide(); // $("#ChemicalKineticsCatalysis").hide(); // $("#Petrochemistry").hide(); // $("#Thermochemistry").hide(); // $("#PureAppliedChemistry").hide(); // $("#ElectrochemistryCorrosion").hide(); // $("#ChemistryofEnergy").hide(); // $("#ChemistryofTransitionElements").hide(); // $("#NaturalProductsChemistry").hide(); // $("#ChemistryinClinicalResearchDiagnosticsNanotherapeutics").hide(); // $("#EmergingTrendsFutureScopeofChemistry").hide(); // $("#subsessions").removeAttr("style"); // } else if ($(this).val() == "Nuclear and Radio Chemistry") { // $("#Organic").hide(); // $("#InorganicChemistryBiochemistry").hide(); // $("#PhysicalChemistry").hide(); // $("#AnalyticalBioanalyticalChemistry").hide(); // $("#PharmaceuticalMedicinalChemistry").hide(); // $("#PolymerChemistry").hide(); // $("#NuclearRadioChemistry").removeAttr("style"); // $("#NanoScienceMaterialsChemistry").hide(); // $("#ChemicalEngineeringIndustrialChemistry").hide(); // $("#SurfaceChemistry").hide(); // $("#SupramolecularChemistry").hide(); // $("#TheoreticalComputationalChemistry").hide(); // $("#FoodChemistryBiochemistry").hide(); // $("#ForensicChemistry").hide(); // $("#GreenChemistrySustainability").hide(); // $("#EnvironmentalGeoChemistry").hide(); // $("#Photochemistry").hide(); // $("#ChemicalKineticsCatalysis").hide(); // $("#Petrochemistry").hide(); // $("#Thermochemistry").hide(); // $("#PureAppliedChemistry").hide(); // $("#ElectrochemistryCorrosion").hide(); // $("#ChemistryofEnergy").hide(); // $("#ChemistryofTransitionElements").hide(); // $("#NaturalProductsChemistry").hide(); // $("#ChemistryinClinicalResearchDiagnosticsNanotherapeutics").hide(); // $("#EmergingTrendsFutureScopeofChemistry").hide(); // $("#subsessions").removeAttr("style"); // } else if ($(this).val() == "Nano Science and Materials Chemistry") { // $("#Organic").hide(); // $("#InorganicChemistryBiochemistry").hide(); // $("#PhysicalChemistry").hide(); // $("#AnalyticalBioanalyticalChemistry").hide(); // $("#PharmaceuticalMedicinalChemistry").hide(); // $("#PolymerChemistry").hide(); // $("#NuclearRadioChemistry").hide(); // $("#NanoScienceMaterialsChemistry").removeAttr("style"); // $("#ChemicalEngineeringIndustrialChemistry").hide(); // $("#SurfaceChemistry").hide(); // $("#SupramolecularChemistry").hide(); // $("#TheoreticalComputationalChemistry").hide(); // $("#FoodChemistryBiochemistry").hide(); // $("#ForensicChemistry").hide(); // $("#GreenChemistrySustainability").hide(); // $("#EnvironmentalGeoChemistry").hide(); // $("#Photochemistry").hide(); // $("#ChemicalKineticsCatalysis").hide(); // $("#Petrochemistry").hide(); // $("#Thermochemistry").hide(); // $("#PureAppliedChemistry").hide(); // $("#ElectrochemistryCorrosion").hide(); // $("#ChemistryofEnergy").hide(); // $("#ChemistryofTransitionElements").hide(); // $("#NaturalProductsChemistry").hide(); // $("#ChemistryinClinicalResearchDiagnosticsNanotherapeutics").hide(); // $("#EmergingTrendsFutureScopeofChemistry").hide(); // $("#subsessions").removeAttr("style"); // } else if ($(this).val() == "Chemical Engineering and Industrial Chemistry") { // $("#Organic").hide(); // $("#InorganicChemistryBiochemistry").hide(); // $("#PhysicalChemistry").hide(); // $("#AnalyticalBioanalyticalChemistry").hide(); // $("#PharmaceuticalMedicinalChemistry").hide(); // $("#PolymerChemistry").hide(); // $("#NuclearRadioChemistry").hide(); // $("#NanoScienceMaterialsChemistry").hide(); // $("#ChemicalEngineeringIndustrialChemistry").removeAttr("style"); // $("#SurfaceChemistry").hide(); // $("#SupramolecularChemistry").hide(); // $("#TheoreticalComputationalChemistry").hide(); // $("#FoodChemistryBiochemistry").hide(); // $("#ForensicChemistry").hide(); // $("#GreenChemistrySustainability").hide(); // $("#EnvironmentalGeoChemistry").hide(); // $("#Photochemistry").hide(); // $("#ChemicalKineticsCatalysis").hide(); // $("#Petrochemistry").hide(); // $("#Thermochemistry").hide(); // $("#PureAppliedChemistry").hide(); // $("#ElectrochemistryCorrosion").hide(); // $("#ChemistryofEnergy").hide(); // $("#ChemistryofTransitionElements").hide(); // $("#NaturalProductsChemistry").hide(); // $("#ChemistryinClinicalResearchDiagnosticsNanotherapeutics").hide(); // $("#EmergingTrendsFutureScopeofChemistry").hide(); // $("#subsessions").removeAttr("style"); // } else if ($(this).val() == "Surface Chemistry") { // $("#Organic").hide(); // $("#InorganicChemistryBiochemistry").hide(); // $("#PhysicalChemistry").hide(); // $("#AnalyticalBioanalyticalChemistry").hide(); // $("#PharmaceuticalMedicinalChemistry").hide(); // $("#PolymerChemistry").hide(); // $("#NuclearRadioChemistry").hide(); // $("#NanoScienceMaterialsChemistry").hide(); // $("#ChemicalEngineeringIndustrialChemistry").hide(); // $("#SurfaceChemistry").hide(); // $("#SupramolecularChemistry").removeAttr("style"); // $("#TheoreticalComputationalChemistry").hide(); // $("#FoodChemistryBiochemistry").hide(); // $("#ForensicChemistry").hide(); // $("#GreenChemistrySustainability").hide(); // $("#EnvironmentalGeoChemistry").hide(); // $("#Photochemistry").hide(); // $("#ChemicalKineticsCatalysis").hide(); // $("#Petrochemistry").hide(); // $("#Thermochemistry").hide(); // $("#PureAppliedChemistry").hide(); // $("#ElectrochemistryCorrosion").hide(); // $("#ChemistryofEnergy").hide(); // $("#ChemistryofTransitionElements").hide(); // $("#NaturalProductsChemistry").hide(); // $("#ChemistryinClinicalResearchDiagnosticsNanotherapeutics").hide(); // $("#EmergingTrendsFutureScopeofChemistry").hide(); // $("#subsessions").removeAttr("style"); // } else if ($(this).val() == "Supramolecular Chemistry") { // $("#Organic").hide(); // $("#InorganicChemistryBiochemistry").hide(); // $("#PhysicalChemistry").hide(); // $("#AnalyticalBioanalyticalChemistry").hide(); // $("#PharmaceuticalMedicinalChemistry").hide(); // $("#PolymerChemistry").hide(); // $("#NuclearRadioChemistry").hide(); // $("#NanoScienceMaterialsChemistry").hide(); // $("#ChemicalEngineeringIndustrialChemistry").hide(); // $("#SurfaceChemistry").hide(); // $("#SupramolecularChemistry").removeAttr("style"); // $("#TheoreticalComputationalChemistry").hide(); // $("#FoodChemistryBiochemistry").hide(); // $("#ForensicChemistry").hide(); // $("#GreenChemistrySustainability").hide(); // $("#EnvironmentalGeoChemistry").hide(); // $("#Photochemistry").hide(); // $("#ChemicalKineticsCatalysis").hide(); // $("#Petrochemistry").hide(); // $("#Thermochemistry").hide(); // $("#PureAppliedChemistry").hide(); // $("#ElectrochemistryCorrosion").hide(); // $("#ChemistryofEnergy").hide(); // $("#ChemistryofTransitionElements").hide(); // $("#NaturalProductsChemistry").hide(); // $("#ChemistryinClinicalResearchDiagnosticsNanotherapeutics").hide(); // $("#EmergingTrendsFutureScopeofChemistry").hide(); // $("#subsessions").removeAttr("style"); // } else if ($(this).val() == "Theoretical and Computational Chemistry") { // $("#Organic").hide(); // $("#InorganicChemistryBiochemistry").hide(); // $("#PhysicalChemistry").hide(); // $("#AnalyticalBioanalyticalChemistry").hide(); // $("#PharmaceuticalMedicinalChemistry").hide(); // $("#PolymerChemistry").hide(); // $("#NuclearRadioChemistry").hide(); // $("#NanoScienceMaterialsChemistry").hide(); // $("#ChemicalEngineeringIndustrialChemistry").hide(); // $("#SurfaceChemistry").hide(); // $("#SupramolecularChemistry").hide(); // $("#TheoreticalComputationalChemistry").removeAttr("style"); // $("#FoodChemistryBiochemistry").hide(); // $("#ForensicChemistry").hide(); // $("#GreenChemistrySustainability").hide(); // $("#EnvironmentalGeoChemistry").hide(); // $("#Photochemistry").hide(); // $("#ChemicalKineticsCatalysis").hide(); // $("#Petrochemistry").hide(); // $("#Thermochemistry").hide(); // $("#PureAppliedChemistry").hide(); // $("#ElectrochemistryCorrosion").hide(); // $("#ChemistryofEnergy").hide(); // $("#ChemistryofTransitionElements").hide(); // $("#NaturalProductsChemistry").hide(); // $("#ChemistryinClinicalResearchDiagnosticsNanotherapeutics").hide(); // $("#EmergingTrendsFutureScopeofChemistry").hide(); // $("#subsessions").removeAttr("style"); // } else if ($(this).val() == "Food Chemistry and Biochemistry") { // $("#Organic").hide(); // $("#InorganicChemistryBiochemistry").hide(); // $("#PhysicalChemistry").hide(); // $("#AnalyticalBioanalyticalChemistry").hide(); // $("#PharmaceuticalMedicinalChemistry").hide(); // $("#PolymerChemistry").hide(); // $("#NuclearRadioChemistry").hide(); // $("#NanoScienceMaterialsChemistry").hide(); // $("#ChemicalEngineeringIndustrialChemistry").hide(); // $("#SurfaceChemistry").hide(); // $("#SupramolecularChemistry").hide(); // $("#TheoreticalComputationalChemistry").hide(); // $("#FoodChemistryBiochemistry").removeAttr("style"); // $("#ForensicChemistry").hide(); // $("#GreenChemistrySustainability").hide(); // $("#EnvironmentalGeoChemistry").hide(); // $("#Photochemistry").hide(); // $("#ChemicalKineticsCatalysis").hide(); // $("#Petrochemistry").hide(); // $("#Thermochemistry").hide(); // $("#PureAppliedChemistry").hide(); // $("#ElectrochemistryCorrosion").hide(); // $("#ChemistryofEnergy").hide(); // $("#ChemistryofTransitionElements").hide(); // $("#NaturalProductsChemistry").hide(); // $("#ChemistryinClinicalResearchDiagnosticsNanotherapeutics").hide(); // $("#EmergingTrendsFutureScopeofChemistry").hide(); // $("#subsessions").removeAttr("style"); // } else if ($(this).val() == "Forensic Chemistry") { // $("#Organic").hide(); // $("#InorganicChemistryBiochemistry").hide(); // $("#PhysicalChemistry").hide(); // $("#AnalyticalBioanalyticalChemistry").hide(); // $("#PharmaceuticalMedicinalChemistry").hide(); // $("#PolymerChemistry").hide(); // $("#NuclearRadioChemistry").hide(); // $("#NanoScienceMaterialsChemistry").hide(); // $("#ChemicalEngineeringIndustrialChemistry").hide(); // $("#SurfaceChemistry").hide(); // $("#SupramolecularChemistry").hide(); // $("#TheoreticalComputationalChemistry").hide(); // $("#FoodChemistryBiochemistry").hide(); // $("#ForensicChemistry").removeAttr("style"); // $("#GreenChemistrySustainability").hide(); // $("#EnvironmentalGeoChemistry").hide(); // $("#Photochemistry").hide(); // $("#ChemicalKineticsCatalysis").hide(); // $("#Petrochemistry").hide(); // $("#Thermochemistry").hide(); // $("#PureAppliedChemistry").hide(); // $("#ElectrochemistryCorrosion").hide(); // $("#ChemistryofEnergy").hide(); // $("#ChemistryofTransitionElements").hide(); // $("#NaturalProductsChemistry").hide(); // $("#ChemistryinClinicalResearchDiagnosticsNanotherapeutics").hide(); // $("#EmergingTrendsFutureScopeofChemistry").hide(); // $("#subsessions").removeAttr("style"); // } else if ($(this).val() == "Green Chemistry and Sustainability") { // $("#Organic").hide(); // $("#InorganicChemistryBiochemistry").hide(); // $("#PhysicalChemistry").hide(); // $("#AnalyticalBioanalyticalChemistry").hide(); // $("#PharmaceuticalMedicinalChemistry").hide(); // $("#PolymerChemistry").hide(); // $("#NuclearRadioChemistry").hide(); // $("#NanoScienceMaterialsChemistry").hide(); // $("#ChemicalEngineeringIndustrialChemistry").hide(); // $("#SurfaceChemistry").hide(); // $("#SupramolecularChemistry").hide(); // $("#TheoreticalComputationalChemistry").hide(); // $("#FoodChemistryBiochemistry").hide(); // $("#ForensicChemistry").hide(); // $("#GreenChemistrySustainability").removeAttr("style"); // $("#EnvironmentalGeoChemistry").hide(); // $("#Photochemistry").hide(); // $("#ChemicalKineticsCatalysis").hide(); // $("#Petrochemistry").hide(); // $("#Thermochemistry").hide(); // $("#PureAppliedChemistry").hide(); // $("#ElectrochemistryCorrosion").hide(); // $("#ChemistryofEnergy").hide(); // $("#ChemistryofTransitionElements").hide(); // $("#NaturalProductsChemistry").hide(); // $("#ChemistryinClinicalResearchDiagnosticsNanotherapeutics").hide(); // $("#EmergingTrendsFutureScopeofChemistry").hide(); // $("#subsessions").removeAttr("style"); // } else if ($(this).val() == "Environmental and Geo Chemistry") { // $("#Organic").hide(); // $("#InorganicChemistryBiochemistry").hide(); // $("#PhysicalChemistry").hide(); // $("#AnalyticalBioanalyticalChemistry").hide(); // $("#PharmaceuticalMedicinalChemistry").hide(); // $("#PolymerChemistry").hide(); // $("#NuclearRadioChemistry").hide(); // $("#NanoScienceMaterialsChemistry").hide(); // $("#ChemicalEngineeringIndustrialChemistry").hide(); // $("#SurfaceChemistry").hide(); // $("#SupramolecularChemistry").hide(); // $("#TheoreticalComputationalChemistry").hide(); // $("#FoodChemistryBiochemistry").hide(); // $("#ForensicChemistry").hide(); // $("#GreenChemistrySustainability").hide(); // $("#EnvironmentalGeoChemistry").removeAttr("style"); // $("#Photochemistry").hide(); // $("#ChemicalKineticsCatalysis").hide(); // $("#Petrochemistry").hide(); // $("#Thermochemistry").hide(); // $("#PureAppliedChemistry").hide(); // $("#ElectrochemistryCorrosion").hide(); // $("#ChemistryofEnergy").hide(); // $("#ChemistryofTransitionElements").hide(); // $("#NaturalProductsChemistry").hide(); // $("#ChemistryinClinicalResearchDiagnosticsNanotherapeutics").hide(); // $("#EmergingTrendsFutureScopeofChemistry").hide(); // $("#subsessions").removeAttr("style"); // } else if ($(this).val() == "Photochemistry") { // $("#Organic").hide(); // $("#InorganicChemistryBiochemistry").hide(); // $("#PhysicalChemistry").hide(); // $("#AnalyticalBioanalyticalChemistry").hide(); // $("#PharmaceuticalMedicinalChemistry").hide(); // $("#PolymerChemistry").hide(); // $("#NuclearRadioChemistry").hide(); // $("#NanoScienceMaterialsChemistry").hide(); // $("#ChemicalEngineeringIndustrialChemistry").hide(); // $("#SurfaceChemistry").hide(); // $("#SupramolecularChemistry").hide(); // $("#TheoreticalComputationalChemistry").hide(); // $("#FoodChemistryBiochemistry").hide(); // $("#ForensicChemistry").hide(); // $("#GreenChemistrySustainability").hide(); // $("#EnvironmentalGeoChemistry").hide(); // $("#Photochemistry").removeAttr("style"); // $("#ChemicalKineticsCatalysis").hide(); // $("#Petrochemistry").hide(); // $("#Thermochemistry").hide(); // $("#PureAppliedChemistry").hide(); // $("#ElectrochemistryCorrosion").hide(); // $("#ChemistryofEnergy").hide(); // $("#ChemistryofTransitionElements").hide(); // $("#NaturalProductsChemistry").hide(); // $("#ChemistryinClinicalResearchDiagnosticsNanotherapeutics").hide(); // $("#EmergingTrendsFutureScopeofChemistry").hide(); // $("#subsessions").removeAttr("style"); // } else if ($(this).val() == "Chemical Kinetics and Catalysis") { // $("#Organic").hide(); // $("#InorganicChemistryBiochemistry").hide(); // $("#PhysicalChemistry").hide(); // $("#AnalyticalBioanalyticalChemistry").hide(); // $("#PharmaceuticalMedicinalChemistry").hide(); // $("#PolymerChemistry").hide(); // $("#NuclearRadioChemistry").hide(); // $("#NanoScienceMaterialsChemistry").hide(); // $("#ChemicalEngineeringIndustrialChemistry").hide(); // $("#SurfaceChemistry").hide(); // $("#SupramolecularChemistry").hide(); // $("#TheoreticalComputationalChemistry").hide(); // $("#FoodChemistryBiochemistry").hide(); // $("#ForensicChemistry").hide(); // $("#GreenChemistrySustainability").hide(); // $("#EnvironmentalGeoChemistry").hide(); // $("#Photochemistry").hide(); // $("#ChemicalKineticsCatalysis").removeAttr("style"); // $("#Petrochemistry").hide(); // $("#Thermochemistry").hide(); // $("#PureAppliedChemistry").hide(); // $("#ElectrochemistryCorrosion").hide(); // $("#ChemistryofEnergy").hide(); // $("#ChemistryofTransitionElements").hide(); // $("#NaturalProductsChemistry").hide(); // $("#ChemistryinClinicalResearchDiagnosticsNanotherapeutics").hide(); // $("#EmergingTrendsFutureScopeofChemistry").hide(); // $("#subsessions").removeAttr("style"); // } else if ($(this).val() == "Petrochemistry") { // $("#Organic").hide(); // $("#InorganicChemistryBiochemistry").hide(); // $("#PhysicalChemistry").hide(); // $("#AnalyticalBioanalyticalChemistry").hide(); // $("#PharmaceuticalMedicinalChemistry").hide(); // $("#PolymerChemistry").hide(); // $("#NuclearRadioChemistry").hide(); // $("#NanoScienceMaterialsChemistry").hide(); // $("#ChemicalEngineeringIndustrialChemistry").hide(); // $("#SurfaceChemistry").hide(); // $("#SupramolecularChemistry").hide(); // $("#TheoreticalComputationalChemistry").hide(); // $("#FoodChemistryBiochemistry").hide(); // $("#ForensicChemistry").hide(); // $("#GreenChemistrySustainability").hide(); // $("#EnvironmentalGeoChemistry").hide(); // $("#Photochemistry").hide(); // $("#ChemicalKineticsCatalysis").hide(); // $("#Petrochemistry").removeAttr("style"); // $("#Thermochemistry").hide(); // $("#PureAppliedChemistry").hide(); // $("#ElectrochemistryCorrosion").hide(); // $("#ChemistryofEnergy").hide(); // $("#ChemistryofTransitionElements").hide(); // $("#NaturalProductsChemistry").hide(); // $("#ChemistryinClinicalResearchDiagnosticsNanotherapeutics").hide(); // $("#EmergingTrendsFutureScopeofChemistry").hide(); // $("#subsessions").removeAttr("style"); // } else if ($(this).val() == "Thermochemistry") { // $("#Organic").hide(); // $("#InorganicChemistryBiochemistry").hide(); // $("#PhysicalChemistry").hide(); // $("#AnalyticalBioanalyticalChemistry").hide(); // $("#PharmaceuticalMedicinalChemistry").hide(); // $("#PolymerChemistry").hide(); // $("#NuclearRadioChemistry").hide(); // $("#NanoScienceMaterialsChemistry").hide(); // $("#ChemicalEngineeringIndustrialChemistry").hide(); // $("#SurfaceChemistry").hide(); // $("#SupramolecularChemistry").hide(); // $("#TheoreticalComputationalChemistry").hide(); // $("#FoodChemistryBiochemistry").hide(); // $("#ForensicChemistry").hide(); // $("#GreenChemistrySustainability").hide(); // $("#EnvironmentalGeoChemistry").hide(); // $("#Photochemistry").hide(); // $("#ChemicalKineticsCatalysis").hide(); // $("#Petrochemistry").hide(); // $("#Thermochemistry").removeAttr("style"); // $("#PureAppliedChemistry").hide(); // $("#ElectrochemistryCorrosion").hide(); // $("#ChemistryofEnergy").hide(); // $("#ChemistryofTransitionElements").hide(); // $("#NaturalProductsChemistry").hide(); // $("#ChemistryinClinicalResearchDiagnosticsNanotherapeutics").hide(); // $("#EmergingTrendsFutureScopeofChemistry").hide(); // $("#subsessions").removeAttr("style"); // } else if ($(this).val() == "Pure and Applied Chemistry") { // $("#Organic").hide(); // $("#InorganicChemistryBiochemistry").hide(); // $("#PhysicalChemistry").hide(); // $("#AnalyticalBioanalyticalChemistry").hide(); // $("#PharmaceuticalMedicinalChemistry").hide(); // $("#PolymerChemistry").hide(); // $("#NuclearRadioChemistry").hide(); // $("#NanoScienceMaterialsChemistry").hide(); // $("#ChemicalEngineeringIndustrialChemistry").hide(); // $("#SurfaceChemistry").hide(); // $("#SupramolecularChemistry").hide(); // $("#TheoreticalComputationalChemistry").hide(); // $("#FoodChemistryBiochemistry").hide(); // $("#ForensicChemistry").hide(); // $("#GreenChemistrySustainability").hide(); // $("#EnvironmentalGeoChemistry").hide(); // $("#Photochemistry").hide(); // $("#ChemicalKineticsCatalysis").hide(); // $("#Petrochemistry").hide(); // $("#Thermochemistry").hide(); // $("#PureAppliedChemistry").removeAttr("style"); // $("#ElectrochemistryCorrosion").hide(); // $("#ChemistryofEnergy").hide(); // $("#ChemistryofTransitionElements").hide(); // $("#NaturalProductsChemistry").hide(); // $("#ChemistryinClinicalResearchDiagnosticsNanotherapeutics").hide(); // $("#EmergingTrendsFutureScopeofChemistry").hide(); // $("#subsessions").removeAttr("style"); // } else if ($(this).val() == "Electrochemistry and Corrosion") { // $("#Organic").hide(); // $("#InorganicChemistryBiochemistry").hide(); // $("#PhysicalChemistry").hide(); // $("#AnalyticalBioanalyticalChemistry").hide(); // $("#PharmaceuticalMedicinalChemistry").hide(); // $("#PolymerChemistry").hide(); // $("#NuclearRadioChemistry").hide(); // $("#NanoScienceMaterialsChemistry").hide(); // $("#ChemicalEngineeringIndustrialChemistry").hide(); // $("#SurfaceChemistry").hide(); // $("#SupramolecularChemistry").hide(); // $("#TheoreticalComputationalChemistry").hide(); // $("#FoodChemistryBiochemistry").hide(); // $("#ForensicChemistry").hide(); // $("#GreenChemistrySustainability").hide(); // $("#EnvironmentalGeoChemistry").hide(); // $("#Photochemistry").hide(); // $("#ChemicalKineticsCatalysis").hide(); // $("#Petrochemistry").hide(); // $("#Thermochemistry").hide(); // $("#PureAppliedChemistry").hide(); // $("#ElectrochemistryCorrosion").removeAttr("style"); // $("#ChemistryofEnergy").hide(); // $("#ChemistryofTransitionElements").hide(); // $("#NaturalProductsChemistry").hide(); // $("#ChemistryinClinicalResearchDiagnosticsNanotherapeutics").hide(); // $("#EmergingTrendsFutureScopeofChemistry").hide(); // $("#subsessions").removeAttr("style"); // } else if ($(this).val() == "Chemistry of Energy") { // $("#Organic").hide(); // $("#InorganicChemistryBiochemistry").hide(); // $("#PhysicalChemistry").hide(); // $("#AnalyticalBioanalyticalChemistry").hide(); // $("#PharmaceuticalMedicinalChemistry").hide(); // $("#PolymerChemistry").hide(); // $("#NuclearRadioChemistry").hide(); // $("#NanoScienceMaterialsChemistry").hide(); // $("#ChemicalEngineeringIndustrialChemistry").hide(); // $("#SurfaceChemistry").hide(); // $("#SupramolecularChemistry").hide(); // $("#TheoreticalComputationalChemistry").hide(); // $("#FoodChemistryBiochemistry").hide(); // $("#ForensicChemistry").hide(); // $("#GreenChemistrySustainability").hide(); // $("#EnvironmentalGeoChemistry").hide(); // $("#Photochemistry").hide(); // $("#ChemicalKineticsCatalysis").hide(); // $("#Petrochemistry").hide(); // $("#Thermochemistry").hide(); // $("#PureAppliedChemistry").hide(); // $("#ElectrochemistryCorrosion").hide(); // $("#ChemistryofEnergy").removeAttr("style"); // $("#ChemistryofTransitionElements").hide(); // $("#NaturalProductsChemistry").hide(); // $("#ChemistryinClinicalResearchDiagnosticsNanotherapeutics").hide(); // $("#EmergingTrendsFutureScopeofChemistry").hide(); // $("#subsessions").removeAttr("style"); // } else if ($(this).val() == "Chemistry of Transition Elements") { // $("#Organic").hide(); // $("#InorganicChemistryBiochemistry").hide(); // $("#PhysicalChemistry").hide(); // $("#AnalyticalBioanalyticalChemistry").hide(); // $("#PharmaceuticalMedicinalChemistry").hide(); // $("#PolymerChemistry").hide(); // $("#NuclearRadioChemistry").hide(); // $("#NanoScienceMaterialsChemistry").hide(); // $("#ChemicalEngineeringIndustrialChemistry").hide(); // $("#SurfaceChemistry").hide(); // $("#SupramolecularChemistry").hide(); // $("#TheoreticalComputationalChemistry").hide(); // $("#FoodChemistryBiochemistry").hide(); // $("#ForensicChemistry").hide(); // $("#GreenChemistrySustainability").hide(); // $("#EnvironmentalGeoChemistry").hide(); // $("#Photochemistry").hide(); // $("#ChemicalKineticsCatalysis").hide(); // $("#Petrochemistry").hide(); // $("#Thermochemistry").hide(); // $("#PureAppliedChemistry").hide(); // $("#ElectrochemistryCorrosion").hide(); // $("#ChemistryofEnergy").hide(); // $("#ChemistryofTransitionElements").removeAttr("style"); // $("#NaturalProductsChemistry").hide(); // $("#ChemistryinClinicalResearchDiagnosticsNanotherapeutics").hide(); // $("#EmergingTrendsFutureScopeofChemistry").hide(); // $("#subsessions").removeAttr("style"); // } else if ($(this).val() == "Natural Products Chemistry") { // $("#Organic").hide(); // $("#InorganicChemistryBiochemistry").hide(); // $("#PhysicalChemistry").hide(); // $("#AnalyticalBioanalyticalChemistry").hide(); // $("#PharmaceuticalMedicinalChemistry").hide(); // $("#PolymerChemistry").hide(); // $("#NuclearRadioChemistry").hide(); // $("#NanoScienceMaterialsChemistry").hide(); // $("#ChemicalEngineeringIndustrialChemistry").hide(); // $("#SurfaceChemistry").hide(); // $("#SupramolecularChemistry").hide(); // $("#TheoreticalComputationalChemistry").hide(); // $("#FoodChemistryBiochemistry").hide(); // $("#ForensicChemistry").hide(); // $("#GreenChemistrySustainability").hide(); // $("#EnvironmentalGeoChemistry").hide(); // $("#Photochemistry").hide(); // $("#ChemicalKineticsCatalysis").hide(); // $("#Petrochemistry").hide(); // $("#Thermochemistry").hide(); // $("#PureAppliedChemistry").hide(); // $("#ElectrochemistryCorrosion").hide(); // $("#ChemistryofEnergy").hide(); // $("#ChemistryofTransitionElements").hide(); // $("#NaturalProductsChemistry").removeAttr("style"); // $("#ChemistryinClinicalResearchDiagnosticsNanotherapeutics").hide(); // $("#EmergingTrendsFutureScopeofChemistry").hide(); // $("#subsessions").removeAttr("style"); // } else if ($(this).val() == "Chemistry in Clinical Research, Diagnostics and Nanotherapeutics") { // $("#Organic").hide(); // $("#InorganicChemistryBiochemistry").hide(); // $("#PhysicalChemistry").hide(); // $("#AnalyticalBioanalyticalChemistry").hide(); // $("#PharmaceuticalMedicinalChemistry").hide(); // $("#PolymerChemistry").hide(); // $("#NuclearRadioChemistry").hide(); // $("#NanoScienceMaterialsChemistry").hide(); // $("#ChemicalEngineeringIndustrialChemistry").hide(); // $("#SurfaceChemistry").hide(); // $("#SupramolecularChemistry").hide(); // $("#TheoreticalComputationalChemistry").hide(); // $("#FoodChemistryBiochemistry").hide(); // $("#ForensicChemistry").hide(); // $("#GreenChemistrySustainability").hide(); // $("#EnvironmentalGeoChemistry").hide(); // $("#Photochemistry").hide(); // $("#ChemicalKineticsCatalysis").hide(); // $("#Petrochemistry").hide(); // $("#Thermochemistry").hide(); // $("#PureAppliedChemistry").hide(); // $("#ElectrochemistryCorrosion").hide(); // $("#ChemistryofEnergy").hide(); // $("#ChemistryofTransitionElements").hide(); // $("#NaturalProductsChemistry").hide(); // $("#ChemistryinClinicalResearchDiagnosticsNanotherapeutics").removeAttr("style"); // $("#EmergingTrendsFutureScopeofChemistry").hide(); // $("#subsessions").removeAttr("style"); // } else if ($(this).val() == "Emerging Trends and Future Scope of Chemistry") { // $("#Organic").hide(); // $("#InorganicChemistryBiochemistry").hide(); // $("#PhysicalChemistry").hide(); // $("#AnalyticalBioanalyticalChemistry").hide(); // $("#PharmaceuticalMedicinalChemistry").hide(); // $("#PolymerChemistry").hide(); // $("#NuclearRadioChemistry").hide(); // $("#NanoScienceMaterialsChemistry").hide(); // $("#ChemicalEngineeringIndustrialChemistry").hide(); // $("#SurfaceChemistry").hide(); // $("#SupramolecularChemistry").hide(); // $("#TheoreticalComputationalChemistry").hide(); // $("#FoodChemistryBiochemistry").hide(); // $("#ForensicChemistry").hide(); // $("#GreenChemistrySustainability").hide(); // $("#EnvironmentalGeoChemistry").hide(); // $("#Photochemistry").hide(); // $("#ChemicalKineticsCatalysis").hide(); // $("#Petrochemistry").hide(); // $("#Thermochemistry").hide(); // $("#PureAppliedChemistry").hide(); // $("#ElectrochemistryCorrosion").hide(); // $("#ChemistryofEnergy").hide(); // $("#ChemistryofTransitionElements").hide(); // $("#NaturalProductsChemistry").hide(); // $("#ChemistryinClinicalResearchDiagnosticsNanotherapeutics").hide(); // $("#EmergingTrendsFutureScopeofChemistry").removeAttr("style"); // $("#subsessions").removeAttr("style"); // } else if ($(this).val() == "Select") {} // }); }); </script> <script src="js/easyResponsiveTabs.js"></script> </body> </html>

CINXE.COM

Chem R&D 2025 | Chemistry Research and Development Conference | Chemistry Conference