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About: Atom
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class="bi-box-arrow-up-right"></i> Sparql Endpoint </a> </li> </ul> </div> </div> </nav> <div style="margin-bottom: 60px"></div> <!-- /navbar --> <!-- page-header --> <section> <div class="container-xl"> <div class="row"> <div class="col"> <h1 id="title" class="display-6"><b>About:</b> <a href="http://dbpedia.org/resource/Atom">Atom</a> </h1> </div> </div> <div class="row"> <div class="col"> <div class="text-muted"> <span class="text-nowrap">An Entity of Type: <a href="http://dbpedia.org/ontology/Organisation">organisation</a>, </span> <span class="text-nowrap">from Named Graph: <a href="http://dbpedia.org">http://dbpedia.org</a>, </span> <span class="text-nowrap">within Data Space: <a href="http://dbpedia.org">dbpedia.org</a></span> </div> </div> </div> <div class="row pt-2"> <div class="col-xs-9 col-sm-10"> <p class="lead">Every atom is composed of a nucleus and one or more electrons bound to the nucleus. The nucleus is made of one or more protons and a number of neutrons. Only the most common variety of hydrogen has no neutrons. Every solid, liquid, gas, and plasma is composed of neutral or ionized atoms. Atoms are extremely small, typically around 100 picometers across. They are so small that accurately predicting their behavior using classical physics, as if they were tennis balls for example, is not possible due to quantum effects.</p> </div> <div class="col-xs-3 col-sm-2"> <a href="#" class="thumbnail"> <img src="http://commons.wikimedia.org/wiki/Special:FilePath/Daltons_symbols.gif?width=300" alt="thumbnail" class="img-fluid" /> </a> </div> </div> </div> </section> <!-- page-header --> <!-- property-table --> <section> <div class="container-xl"> <div class="row"> <div class="table-responsive"> <table class="table table-hover table-sm table-light"> <thead> <tr> <th class="col-xs-3 ">Property</th> <th class="col-xs-9 px-3">Value</th> </tr> </thead> <tbody> <tr class="odd"><td class="col-2"><a class="uri" href="http://dbpedia.org/ontology/abstract"><small>dbo:</small>abstract</a> </td><td class="col-10 text-break"><ul> <li style="display:none;"><span class="literal"><span property="dbo:abstract" lang="cs" >Atom (z řeckého ἄτομος, átomos – nedělitelný) je nejmenší částice běžné hmoty, částice, kterou už chemickými prostředky dále nelze dělit (ovšem fyzikálními ano – viz např. jaderná reakce) a která definuje vlastnosti daného chemického prvku. Atom se skládá z atomového jádra obsahujícího protony a neutrony a obalu obsahujícího elektrony.</span><small> (cs)</small></span></li> <li style="display:none;"><span class="literal"><span property="dbo:abstract" lang="ca" >Un àtom és la unitat constituent més petita de la matèria ordinària que forma un element químic. Tot sòlid, líquid, gas i plasma es compon d'àtoms ionitzats o neutres. Els àtoms són extremament petits i tenen una mida d'aproximadament 100 picòmetres. Són tan petits que intentar predir el seu comportament per mitjà de la física clàssica —considerant-los, per exemple, com si fossin boles de billar— retorna prediccions incorrectes a causa dels efectes quàntics. Gràcies al desenvolupament de la física, els models atòmics han incorporat per poder explicar i predir millor aquest comportament. Tot àtom està compost per un nucli i un o més electrons lligats al nucli. El nucli està fet d'un o més protons i, típicament, un nombre similar de neutrons; els protons i neutrons s'anomenen nucleons. Més del 99,94% de la massa de l'àtom està concentrada al nucli. Els protons tenen una càrrega elèctrica positiva; els electrons, negativa; i els neutrons no en tenen. Si el nombre de protons i electrons és el mateix, llavors l'àtom és elèctricament neutre; en canvi, si té més o menys electrons que protons, té una càrrega negativa o positiva (respectivament) i s'anomena ió. Els electrons d'un àtom resulten atrets als protons del nucli atòmic per la força electromagnètica. Els protons i neutrons del nucli s'atrauen entre si, però, per una força diferent, la força nuclear, que normalment és més forta que la força electromagnètica que repel·leix els protons carregats positivament entre si. En algunes circumstàncies, la força electromagnètica de repulsió esdevé més forta que la nuclear, i els nucleons poden resultar expulsats del nucli, deixant enrere un element diferent: es tracta d'una desintegració nuclear que resulta en una transmutació nuclear. El nombre de protons del nucli defineix a quin element químic pertany l'àtom: per exemple, tots els àtoms de coure contenen 29 protons. El nombre de neutrons, d'altra banda, defineix l'isòtop de l'element. El nombre d'electrons influeix en les propietats magnètiques de l'àtom. Els àtoms es poden unir a un o més altres àtoms mitjançant enllaços químics per formar compostos químics com ara les molècules. La capacitat dels àtoms d'associar-se o dissociar-se és la responsable de la majoria de canvis físics observats a la naturalesa; la química és la ciència que estudia aquests canvis.</span><small> (ca)</small></span></li> <li style="display:none;"><span class="literal"><span property="dbo:abstract" lang="ar" >الذرة هي أصغر حجر بناءٍ أو أصغر جزء من العنصر الكيميائي يمكن الوصول إليه والذي يحتفظ بالخصائص الكيميائية لذلك العنصر. يرجع أصل الكلمة الإنجليزية (بالإنجليزية: Atom) إلى الكلمة الإغريقية أتوموس، والتي تعني غير القابل للانقسام؛ إذ كان يعتقد أنه ليس ثمة ما هو أصغر من الذرة. تتكون الذرة من سحابة من الشحنات السالبة (الإلكترونات) التي تدور حول نواة موجبة الشحنة صغيرة جدًا في المركز، وتتكون النواة من بروتونات موجبة الشحنة، ونيوترونات متعادلة، وتعدّ الذرة هي أصغر جزء من العنصر يمكن أن يتميز به عن بقية العناصر؛ إذ كلما غصنا أكثر في المادة لنلاقي البنى الأصغر لن يعود هناك فرق بين عنصر وآخر. فمثلاً، لا فرق بين بروتون في ذرة حديد وبروتون آخر في ذرة يورانيوم مثلًا، أو ذرة أي عنصرٍ آخر. الذرة، بما تحمله من خصائص؛ عدد بروتوناتها، كتلتها، توزيعها الإلكتروني... تصنع الفروقات بين العناصر المختلفة، وبين الصور المختلفة للعنصر نفسه (المسماة بالنظائر)، وحتى بين كَون هذا العنصر قادرًا على خوض تفاعل كيميائي ما أم لا. ظل وما زال تركيب الذرة وما يجري في هذا العالم البالغ الصغر يشغل العلماء ويدفعهم إلى اكتشاف المزيد. ومن هنا أخذت تظهر فروع جديدة في العلم حاملة معها مبادئها ونظرياتها الخاصة بها، بدءًا بمبدأ عدم التأكد (اللاثقة)، مرورًا بنظريات التوحيد الكبرى، وانتهاءً بنظرية الأوتار الفائقة. الذرة اصغر من الجزيء ويمكن لذرتين أو أكثر تكوين جزيء.</span><small> (ar)</small></span></li> <li style="display:none;"><span class="literal"><span property="dbo:abstract" lang="el" >Στη χημεία και τη φυσική, το άτομο (ετυμ. = άτμητο < α στερητ. + τέμνω) είναι το μικρότερο σωματίδιο ενός χημικού στοιχείου το οποίο διατηρεί τις χημικές ιδιότητες του στοιχείου με την έννοια ότι παραμένει αμετάβλητο κατά την εξέλιξη ενός χημικού φαινομένου (χημική αντίδραση). Η λέξη άτομο αρχικά, σύμφωνα με τους αρχαίους Έλληνες ατομικούς φιλοσόφους Δημόκριτο και Επίκουρο, εννοούσε το μικρότερο δυνατό άτμητο σωματίδιο, αλλά στη συνέχεια ο όρος αυτός απέκτησε ειδικό νόημα στην επιστήμη όταν βρέθηκε πως και τα άτομα αποτελούνται από μικρότερα υποατομικά σωματίδια.</span><small> (el)</small></span></li> <li style="display:none;"><span class="literal"><span property="dbo:abstract" lang="eo" >Atomo (de la grekaj vorto ἄτομος [atomos] = "maldisigeblo") aŭ simple Maldisigeblo estas, laŭ fiziko, la baza ero kiu konsistigas materion.</span><small> (eo)</small></span></li> <li style="display:none;"><span class="literal"><span property="dbo:abstract" lang="de" >Atome (von altgriechisch ἄτομος átomos „unteilbar“) sind die Bausteine, aus denen alle festen, flüssigen oder gasförmigen Stoffe bestehen. Alle Materialeigenschaften dieser Stoffe sowie ihr Verhalten in chemischen Reaktionen werden durch die Eigenschaften und die räumliche Anordnung ihrer Atome festgelegt. Jedes Atom gehört zu einem bestimmten chemischen Element und bildet dessen kleinste Einheit. Zurzeit sind 118 Elemente bekannt, von denen etwa 90 auf der Erde natürlich vorkommen. Atome verschiedener Elemente unterscheiden sich in ihrer Größe und Masse und vor allem in ihrer Fähigkeit, mit anderen Atomen chemisch zu reagieren und sich zu Molekülen oder festen Körpern zu verbinden. Die Durchmesser von Atomen liegen im Bereich von 6 · 10−11 m (Helium) bis 5 · 10−10 m (Cäsium), ihre Massen in einem Bereich von 1,7 · 10−27 kg (Wasserstoff) bis knapp 5 ·10−25 kg (die derzeit schwersten synthetisch hergestellten Kerne). Atome sind nicht unteilbar, wie zum Zeitpunkt der Namensgebung angenommen, sondern zeigen einen wohlbestimmten Aufbau aus noch kleineren Teilchen. Sie bestehen aus einem Atomkern und einer Atomhülle. Der Atomkern hat einen Durchmesser von etwa einem Zehn- bis Hunderttausendstel des gesamten Atomdurchmessers, enthält jedoch über 99,9 Prozent der Atommasse. Er besteht aus positiv geladenen Protonen und einer Anzahl von etwa gleich schweren, elektrisch neutralen Neutronen. Diese Nukleonen sind durch die starke Wechselwirkung aneinander gebunden. Die Hülle besteht aus negativ geladenen Elektronen. Sie trägt mit weniger als 0,06 Prozent zur Masse bei, bestimmt jedoch die Größe des Atoms. Der positive Kern und die negative Hülle sind durch elektrostatische Anziehung aneinander gebunden. In der elektrisch neutralen Grundform des Atoms ist die Anzahl der Elektronen in der Hülle gleich der Anzahl der Protonen im Kern. Diese Zahl legt den genauen Aufbau der Hülle und damit auch das chemische Verhalten des Atoms fest und wird deshalb als chemische Ordnungszahl bezeichnet. Alle Atome desselben Elements haben die gleiche chemische Ordnungszahl. Sind zusätzliche Elektronen vorhanden oder fehlen welche, ist das Atom negativ bzw. positiv geladen und wird als Ion bezeichnet. Die Vorstellung vom atomaren Aufbau der Materie existierte bereits in der Antike, war jedoch bis in die Neuzeit umstritten. Der endgültige Nachweis konnte erst Anfang des 20. Jahrhunderts erbracht werden und gilt als eine der bedeutendsten Entdeckungen in Physik und Chemie. Einzelne Atome sind selbst mit den stärksten Lichtmikroskopen nicht zu erkennen. Eine direkte Beobachtung einzelner Atome ist erst seit Mitte des 20. Jahrhunderts mit Feldionenmikroskopen möglich, seit einigen Jahren auch mit Rastertunnelmikroskopen und hochauflösenden Elektronenmikroskopen. Die Atomphysik, die neben dem Aufbau der Atome auch die Vorgänge in ihrem Inneren und ihre Wechselwirkungen mit anderen Atomen erforscht, hat entscheidend zur Entwicklung der modernen Physik und insbesondere der Quantenmechanik beigetragen.</span><small> (de)</small></span></li> <li><span class="literal"><span property="dbo:abstract" lang="en" >Every atom is composed of a nucleus and one or more electrons bound to the nucleus. The nucleus is made of one or more protons and a number of neutrons. Only the most common variety of hydrogen has no neutrons. Every solid, liquid, gas, and plasma is composed of neutral or ionized atoms. Atoms are extremely small, typically around 100 picometers across. They are so small that accurately predicting their behavior using classical physics, as if they were tennis balls for example, is not possible due to quantum effects. More than 99.94% of an atom's mass is in the nucleus. The protons have a positive electric charge, the electrons have a negative electric charge, and the neutrons have no electric charge. If the number of protons and electrons are equal, then the atom is electrically neutral. If an atom has more or fewer electrons than protons, then it has an overall negative or positive charge, respectively – such atoms are called ions. The electrons of an atom are attracted to the protons in an atomic nucleus by the electromagnetic force. The protons and neutrons in the nucleus are attracted to each other by the nuclear force. This force is usually stronger than the electromagnetic force that repels the positively charged protons from one another. Under certain circumstances, the repelling electromagnetic force becomes stronger than the nuclear force. In this case, the nucleus splits and leaves behind different elements. This is a form of nuclear decay. The number of protons in the nucleus is the atomic number and it defines to which chemical element the atom belongs. For example, any atom that contains 29 protons is copper. The number of neutrons defines the isotope of the element. For example, a copper atom with 34 neutrons is copper-63 (29+34), and with 36 neutrons is copper-65; natural copper is about 70% Cu-63 and the rest is Cu-65. Atoms can attach to one or more other atoms by chemical bonds to form chemical compounds such as molecules or crystals. For example, New York City's Statue of Liberty was originally made of pure copper, but over the years, the surface combined with oxygen, carbon and sulfur atoms to make a green patina on the copper. The ability of atoms to attach and detach is responsible for most of the physical changes observed in nature. Chemistry is the discipline that studies these changes.</span><small> (en)</small></span></li> <li style="display:none;"><span class="literal"><span property="dbo:abstract" lang="eu" >Atomoa (grezieratik: ἄτομος, atomos, «zatiezina») bakarka edo antzekoekin molekuletan konbinaturik existi daitekeen elementu baten zati txikiena da. Protoiak eta neutroiak biltzen diren nukleoaz eta horren inguruko elektroiez dago osatua. Atomo baten nukleoaren tamaina atomo osoaren tamaina baino 100.000 aldiz txikiagoa da; hala ere, masa atomiko gehiena nukleoan dago. Proportzioen inguruko ideia bat ematearren, atomo osoa futbol-zelai bat balitz, erdian jarritako dilista baten tamainakoa izango litzateke nukleoa, eta gainerako espazio guztia bat izango litzateke. Solido, likido, gas zein plasma guztiak, atomo neutro edo ionizatuz osatuta daude. Atomoak oso partikula txikiak dira, 100 pikometro (= 1 Å) ingurukoak, baina haien tamaina zehaztasun osoz definitzea ez da batere erraza. Izan ere, atomoak hain txikiak izanik, haien kanpo-forma ez dago ongi definitua. Hala ere, tamaina-neurketak hainbat eratan egin ostean, antzeko balioak lortu izan dira.</span><small> (eu)</small></span></li> <li style="display:none;"><span class="literal"><span property="dbo:abstract" lang="es" >El átomo es la parte más pequeña de la materia que tiene propiedades de un elemento químico. Cada sólido, líquido, gas y plasma se compone de átomos neutros o ionizados. Los átomos son microscópicos; los tamaños típicos son alrededor de 100 pm (diez mil millonésima parte de un metro). No obstante, los átomos no tienen límites bien definidos y hay diferentes formas de definir su tamaño que dan valores diferentes pero cercanos. Los átomos son lo suficientemente pequeños para que la física clásica dé resultados notablemente incorrectos. A través del desarrollo de la física, los modelos atómicos han incorporado principios cuánticos para explicar y predecir mejor su comportamiento. El término proviene del latín atŏmus, calco del griego ἄτομον (átomon) ἄτομος, unión de α (a, que significa «sin»), y τόμος (tómos, «sección»), que literalmente es «que no se puede cortar, indivisible», y fue el nombre que se dice les dio Demócrito de Abdera, discípulo de Leucipo de Mileto, a las partículas que él concebía como las de menor tamaño posible. Cada átomo se compone de un núcleo y uno o más electrones unidos al núcleo. El núcleo está compuesto de uno o más protones y típicamente un número similar de neutrones. Los protones y los neutrones son llamados nucleones. Más del 99,94 % de la masa del átomo está en el núcleo. Los protones tienen una carga eléctrica positiva, los electrones tienen una carga eléctrica negativa y los neutrones no tienen carga eléctrica. Si el número de protones y electrones son iguales, ese átomo es eléctricamente neutro. Si un átomo tiene más o menos electrones que protones, entonces tiene una carga global negativa o positiva, respectivamente, y se denomina ion (anión si es negativa y catión si es positiva). Los electrones de un átomo son atraídos por los protones en un núcleo atómico por la fuerza electromagnética. Los protones y los neutrones en el núcleo son atraídos el uno al otro por una fuerza diferente, la fuerza nuclear, que es generalmente más fuerte que la fuerza electromagnética que repele los protones cargados positivamente entre sí. Bajo ciertas circunstancias, más acentuado cuanto mayor número de protones tenga el átomo, la fuerza electromagnética repelente se vuelve más fuerte que la fuerza nuclear y los nucleones pueden ser expulsados o desechados del núcleo, dejando tras de sí un elemento diferente: que resulta en transmutación nuclear. El número de protones en el núcleo define a qué elemento químico pertenece el átomo: por ejemplo, todos los átomos de cobre contienen 29 protones. El número de neutrones define el isótopo del elemento. El número de electrones influye en las propiedades magnéticas de un átomo. Los átomos pueden unirse a otro u otros átomos por enlaces químicos (en los cuales intervienen los electrones de dichos átomos) para formar compuestos químicos tales como moléculas y redes cristalinas. La capacidad de los átomos de asociarse y disociarse es responsable de la mayor parte de los cambios físicos observados en la naturaleza y es el tema de la disciplina de la química. Existe la antimateria, la cual está compuesta también por átomos pero con las cargas invertidas; los protones tienen carga negativa y se denominan antiprotones, y los electrones tienen una carga positiva y se denominan positrones. Es muchísimo menos frecuente en la naturaleza. Al entrar en contacto con la respectiva partícula (como los protones con los antiprotones y los electrones con los positrones) ambas se aniquilan generando un estallido de energía de rayos gamma y otras partículas. No toda la materia del universo está compuesta de átomos; de hecho, solo el 5% o menos del universo está compuesto por estos. La materia oscura, que constituye según algunas estimaciones más del 20% del universo, no se compone de átomos, sino de partículas de un tipo actualmente desconocido. También cabe destacar la energía oscura, la cual es un componente que está distribuido por todo el universo, ocupando aproximadamente más del 70% de este.</span><small> (es)</small></span></li> <li style="display:none;"><span class="literal"><span property="dbo:abstract" lang="ga" >Is é is adamh ann ná an chuid is lú de dhúil a fhéadann páirt a ghlacadh in athrú ceimiceach. Tá gach solad, leacht, gás agus plasma comhdhéanta d’adamh neodrach nó ianaithe. Tá adaimh thar a bheith beag, de ghnáth timpeall 100 piciméadar trasna. Tá siad chomh beag sin nach féidir a n-iompar a thuar go cruinn ag baint úsáide as an bhfisic chlasaiceach — amhail is dá mba liathróidí leadóige iad, mar shampla - mar gheall ar éifeachtaí candamacha. Tá gach adamh comhdhéanta de núicléas agus leictreon amháin nó níos mó atá ceangailte leis an núicléas. Tá an núicléas déanta as prótón amháin nó níos mó agus roinnt neodrón. An t-aon adamh gan neodróin is ea an hidrigine is coitianta. Tá níos mó ná 99.94% de mhais adaimh sa núicléas. Tá lucht leictreach dearfach ag na prótóin, tá lucht leictreach diúltach ag na leictreoin, agus níl aon lucht leictreach ag na neodróin. Má tá líon na bprótón agus na leictreon cothrom, ansin tá an t-adamh neodrach go leictreach. Má tá níos mó nó níos lú leictreon ag adamh ná prótóin, ansin tá lucht diúltach nó dearfach foriomlán aige, faoi seach - tugtar iain ar na hadaimh sin. Aomann an fórsa leictreamaighnéadach leictreoin an adaimh chuig na prótóin i núicléas adamhach. Aomannan an fórsa núicléach na prótóin agus na neodróin sa núicléas chuig a chéile. Is gnách go mbíonn an fórsa seo níos láidre ná an fórsa leictreamaighnéadach a éarann na prótóin atá luchtaithe go dearfach óna chéile. Faoi imthosca áirithe, éiríonn an fórsa leictreamaighnéadach éartha níos láidre ná an fórsa núicléach. Sa chás seo, scoilteann an núicléas agus fágtar dúile éagsúla ina dhiaidh. Is cineál meatha radaighníomhaigh é seo. Tugtar an uimhir adamhach ar líon na bprótón sa núicléas agus sainmhíníonn sé cén dúil cheimiceach lena mbaineann an t-adamh. Mar shampla, is copar é aon adamh ina bhfuil 29 prótón. Sainmhíníonn líon na neodrón iseatóp na dúile. Is féidir le hadaimh ceangal le adamh amháin nó níos mó le naisc ceimiceacha chun comhdhúile ceimiceacha mar mhóilíní nó criostail a dhéanamh. Tá cumas na n-adamh ceangail agus dícheangail freagrach as an gcuid is mó de na hathruithe fisiciúla a bhreathnaítear sa nádúr. Is í an cheimic an disciplín a dhéanann staidéar ar na hathruithe seo.</span><small> (ga)</small></span></li> <li style="display:none;"><span class="literal"><span property="dbo:abstract" lang="in" >Atom adalah suatu satuan dasar materi, yang terdiri atas inti atom serta awan elektron bermuatan negatif yang mengelilinginya. Inti atom terdiri atas proton yang bermuatan positif, dan neutron yang bermuatan netral (kecuali pada inti atom Hidrogen-1, yang tidak memiliki neutron). Elektron-elektron pada sebuah atom terikat pada inti atom oleh gaya elektromagnetik. Sekumpulan atom demikian pula dapat berikatan satu sama lainnya, dan membentuk sebuah molekul. Atom yang mengandung jumlah proton dan elektron yang sama bersifat netral, sedangkan yang mengandung jumlah proton dan elektron yang berbeda bersifat positif atau negatif dan disebut sebagai ion. Atom dikelompokkan berdasarkan jumlah proton dan neutron yang terdapat pada inti atom tersebut. Jumlah proton pada atom menentukan unsur kimia atom tersebut, dan jumlah neutron menentukan isotop unsur tersebut. Istilah atom berasal dari Bahasa Yunani (ἄτομος/átomos, α-τεμνω), yang berarti tidak dapat dipotong ataupun sesuatu yang tidak dapat dibagi-bagi lagi. Konsep atom sebagai komponen yang tak dapat dibagi-bagi lagi pertama kali diajukan oleh para filsuf India dan Yunani. Pada abad ke-17 dan ke-18, para kimiawan meletakkan dasar-dasar pemikiran ini dengan menunjukkan bahwa zat-zat tertentu tidak dapat dibagi-bagi lebih jauh lagi menggunakan metode-metode kimia. Selama akhir abad ke-19 dan awal abad ke-20, para fisikawan berhasil menemukan struktur dan komponen-komponen subatom di dalam atom, membuktikan bahwa 'atom' tidaklah tak dapat dibagi-bagi lagi. Prinsip-prinsip mekanika kuantum yang digunakan para fisikawan kemudian berhasil memodelkan atom. Dalam pengamatan sehari-hari, secara relatif atom dianggap sebuah objek yang sangat kecil yang memiliki massa yang secara proporsional kecil pula. Atom hanya dapat dipantau dengan menggunakan peralatan khusus seperti mikroskop gaya atom. Lebih dari 99,9% massa atom berpusat pada inti atom, dengan proton dan neutron yang bermassa hampir sama. Setiap unsur paling tidak memiliki satu isotop dengan inti yang tidak stabil, yang dapat mengalami peluruhan radioaktif. Hal ini dapat mengakibatkan transmutasi, yang mengubah jumlah proton dan neutron pada inti. Elektron yang terikat pada atom mengandung sejumlah aras energi, ataupun orbital, yang stabil dan dapat mengalami transisi di antara aras tersebut dengan menyerap ataupun memancarkan foton yang sesuai dengan perbedaan energi antara aras. Elektron pada atom menentukan sifat-sifat kimiawi sebuah unsur, dan memengaruhi sifat-sifat magnetis atom tersebut.</span><small> (in)</small></span></li> <li style="display:none;"><span class="literal"><span property="dbo:abstract" lang="fr" >Un atome (grec ancien ἄτομος [átomos], « insécable ») est la plus petite partie d'un corps simple pouvant se combiner chimiquement avec un autre. Les atomes sont les constituants élémentaires de toutes les substances solides, liquides ou gazeuses. Les propriétés physiques et chimiques de ces substances sont déterminées par les atomes qui les constituent ainsi que par l'arrangement tridimensionnel de ces atomes. Contrairement à ce que leur étymologie suggère, les atomes ne sont pas indivisibles, mais sont constitués de particules subatomiques. Ils comprennent un noyau, qui concentre plus de 99,9 % de leur masse, autour duquel se distribuent des électrons, qui forment un nuage 10 000 à 100 000 fois plus étendu que le noyau lui-même, de sorte que le volume d'un atome, grossièrement sphérique, est presque entièrement vide. Le noyau est formé de protons, porteurs d'une charge électrique positive, et de neutrons, électriquement neutres ; l'hydrogène fait exception, car le noyau de son isotope 1H ne contient aucun neutron. Les protons et neutrons, également appelés nucléons, sont maintenus ensemble dans le noyau par la liaison nucléaire, qui est une manifestation de l'interaction forte. Les électrons occupent des orbitales atomiques en interaction avec le noyau via la force électromagnétique. Le nuage électronique est stratifié en niveaux d'énergie quantifiés autour du noyau, niveaux qui définissent des couches et des sous-couches électroniques ; les nucléons se distribuent également selon des couches nucléaires, bien qu'un modèle approché assez commode popularise la structure nucléaire d'après le modèle de la goutte liquide. Plusieurs atomes peuvent établir des liaisons chimiques entre eux grâce à leurs électrons. D'une manière générale, les propriétés chimiques des atomes sont déterminées par leur configuration électronique, laquelle découle du nombre de protons de leur noyau. Ce nombre, appelé numéro atomique, définit un élément chimique. 118 éléments chimiques sont reconnus par l'Union internationale de chimie pure et appliquée (IUPAC) depuis le 18 novembre 2016. Les atomes d'éléments différents ont des tailles différentes, ainsi généralement que des masses différentes, bien que les atomes d'un élément chimique donné puissent avoir des masses différentes selon les isotopes considérés. Les atomes les plus lourds, ou dont le noyau présente un déséquilibre trop important entre les deux types de nucléons, tendent à devenir plus instables, et sont alors radioactifs ; le plomb 208 est l'isotope stable le plus lourd. La théorie atomiste, qui soutient l'idée d'une matière composée de « grains » indivisibles (contre l'idée d'une matière indéfiniment sécable), est connue depuis l'Antiquité, et a été notamment défendue par Leucippe et son disciple Démocrite, philosophes de la Grèce antique, ainsi qu'en Inde, plus antérieurement, par l'une des six écoles de philosophie hindoue, le vaisheshika, fondé par Kanada. Elle fut disputée jusqu'à la fin du XIXe siècle et n'a plus été remise en cause depuis lors. L'observation directe d'atomes n'est devenue possible qu'au milieu du XXe siècle avec la microscopie électronique en transmission et l'invention du microscope à effet tunnel. C'est ainsi sur les propriétés des atomes que reposent toutes les sciences des matériaux modernes, tandis que l'élucidation de la nature et de la structure des atomes a contribué de manière décisive au développement de la physique moderne, et notamment de la mécanique quantique.</span><small> (fr)</small></span></li> <li style="display:none;"><span class="literal"><span property="dbo:abstract" lang="ja" >原子(げんし、(希: τὸ ἄτομον, ἡ ἄτομος、英: atom)という言葉には以下の3つの異なった意味がある。 1. * 紀元前5~4世紀の古代ギリシアの哲学者レウキッポスとデモクリトスが提唱した、自然を構成する分割不可能な最小単位。哲学上の概念であり、経験的検証によって証明された科学上の対象ではない。詳細は「原子論」を参照。 2. * 19世紀前半に提唱され、20世紀前半に確立された、元素の最小単位。その実態は原子核と電子の電磁相互作用による束縛状態である。物質のひとつの中間単位であり、内部構造を持つため、上述の概念「究極の分割不可能な単位」に該当するものではない。 3. * 上述の原子の概念を拡張し、一般に複数の粒子の電磁相互作用による束縛状態を原子と定義した時、この意味における原子のうち、原子核と電子のみからなるもの以外を異種原子と言う。</span><small> (ja)</small></span></li> <li style="display:none;"><span class="literal"><span property="dbo:abstract" lang="nl" >Atomen (Oudgrieks: ἄτομος, atomos‚ ondeelbaar) zijn de kleinste deeltjes waarin materie met scheikundige methoden opgedeeld kan worden. Een atoom is onvoorstelbaar klein; er gaan meer atomen in een glas water, dan glazen water in alle oceanen op aarde. Atomen vormen de kleinste bouwsteen van ieder chemisch element. Alle atomen van een gegeven element hebben hetzelfde atoomnummer: ze bevatten hetzelfde aantal protonen. Neutrale atomen hebben evenveel elektronen als protonen. Een ion is een geladen atoom dat een tekort, of juist een overschot aan elektronen heeft.Atomen van eenzelfde element kunnen verschillen qua atoommassa, omdat het aantal neutronen in de atoomkern kan variëren. Dergelijke atomen zijn isotopen van elkaar. Atomen van verschillende elementen zijn onderling essentieel verschillend. De materiaaleigenschappen van stoffen en materialen, en hun gedrag in chemische reacties, worden bepaald door de eigenschappen en de onderlinge relaties van de atomen waaruit de materie is opgebouwd. Natuurkundigen gaan uit van een atoommodel waarin atomen uit drie soorten kleinere, subatomaire deeltjes bestaan: protonen, neutronen, en elektronen. Deze deeltjes kunnen ook los voorkomen, buiten het atoom. Vrijwel alle scheikundige en natuurkundige eigenschappen van op aarde voorkomende materie zijn gekoppeld aan de eigenschappen van atomen. Het atoom is daarom een sleutelbegrip in beide wetenschappen. De fysische eigenschappen van afzonderlijke atomen, waarbij scheikundige stofeigenschappen buiten beschouwing worden gelaten, worden bestudeerd in de atoomfysica. In bijvoorbeeld sterren, neutronensterren en zwarte gaten komt materie voor die niet uit atomen is opgebouwd. De studie van deze – vanuit aards perspectief bijzondere – vormen van materie vormt het terrein van de plasmafysica en de astrofysica.</span><small> (nl)</small></span></li> <li style="display:none;"><span class="literal"><span property="dbo:abstract" lang="ko" >( 순서론에서 최소원소를 덮는 원소에 대해서는 원자 (순서론) 문서를, 측도론에서 원자에 대해서는 원자 (측도론) 문서를 참고하십시오.) 원자(原子, atom)는 일상적인 물질을 이루는 가장 작은 단위이다. 일상적인 물질들이 원소로 구성되어 있기 때문에, 이는 화학 반응을 통해 더 쪼갤 수 없는 단위와 동의어이다. 모든 고체, 액체, 기체, 플라즈마가 전부 원자로 이루어져 있다. 현대 물리학의 관점에서 볼 때 원자는 원자핵과 전자로 이루어져 있으며, 원자핵은 중성자와 양성자로 구성된다. 또 핵반응을 통해서는 더 작은 단위로 나뉜다. 원자와 혼동하기 쉬운 개념으로 '원소'를 들 수 있는데, 원자가 물질을 구성하는 기본 입자라고 한다면, 원소는 물질을 이루는 성분의 종류라고 하겠다. 한편, 여러 원자의 화학적 결합으로 이루어진 분자는 물질의 성질을 가지는 가장 작은 입자이다.</span><small> (ko)</small></span></li> <li style="display:none;"><span class="literal"><span property="dbo:abstract" lang="it" >L'atomo (dal greco ἄτομος àtomos: indivisibile) è la struttura nella quale la materia è organizzata in unità fondamentali che costituiscono gli elementi chimici. Gli atomi si aggregano frequentemente in unità stabili dette molecole che caratterizzano molte sostanze. Concepito come l'unità più piccola e indivisibile della materia secondo la dottrina atomistica dei filosofi greci Leucippo, Democrito ed Epicuro, e teorizzato su base scientifica all'inizio del XIX secolo, verso la fine dell'Ottocento, con la scoperta dell'elettrone, fu dimostrato che l'atomo è composto da particelle subatomiche (oltre all'elettrone, il protone e il neutrone). Se nel mondo fisico abituale la materia, nei suoi stati solido, liquido e gassoso, è costituita dalle unità elementari degli atomi, a valori di pressione e temperatura sufficientemente elevati la loro esistenza non è possibile, determinandosi lo stato di plasma.</span><small> (it)</small></span></li> <li style="display:none;"><span class="literal"><span property="dbo:abstract" lang="pt" >Átomo é uma unidade básica de matéria que consiste num núcleo central de carga elétrica positiva envolto por uma nuvem de eletrões de carga negativa. O núcleo atómico é composto por protões e neutrões. Os eletrões de um átomo estão ligados ao núcleo por força eletromagnética. Da mesma forma, um grupo de átomos pode estar ligado entre si através de ligações químicas baseadas na mesma força, formando uma molécula. Um átomo que tenha o mesmo número de protões e eletrões é eletricamente neutro, enquanto que um com número diferente pode ter carga positiva ou negativa, sendo desta forma denominado ião. Os átomos são classificados de acordo com o número de protões no seu núcleo: o número de protões determina o elemento químico e o número de neutrões determina o isótopo desse elemento. Os átomos são objetos minúsculos cujo diâmetro é de apenas algumas décimas de nanómetros e com pouca massa em relação ao seu volume. A sua observação só é possível com recurso a instrumentos apropriados, como o microscópio de corrente de tunelamento. Cerca de 99,94% da massa atómica está concentrada no núcleo, tendo os protões e neutrões aproximadamente a mesma massa. Cada elemento possui pelo menos um isótopo com nuclídeo instável que pode sofrer decaimento radioativo. Isto pode levar à ocorrência de uma transmutação que altere o número de protões ou neutrões no interior do núcleo. Os eletrões ligados a átomos possuem um conjunto estável de níveis energéticos, ou orbitais atómicas, podendo sofrer transições entre si ao absorver ou emitir fotões que correspondam à diferença de energia entre esses níveis. Os eletrões definem as propriedades químicas de um elemento e influenciam as propriedades magnéticas de um átomo. A mecânica quântica é a teoria que descreve corretamente a estrutura e as propriedades dos átomos.</span><small> (pt)</small></span></li> <li style="display:none;"><span class="literal"><span property="dbo:abstract" lang="pl" >Atom – podstawowy składnik materii. Składa się z małego dodatnio naładowanego jądra o dużej gęstości i otaczającej go chmury elektronowej o ujemnym ładunku elektrycznym. Słowo atom pochodzi z greckiego ἄτομος – átomos (od α-, „nie-” + τέμνω – temno, „ciąć”), oznaczającego coś, czego nie da się przeciąć ani podzielić. Idea istnienia niepodzielnych składników materii pojawiła się już w pismach starożytnych filozofów indyjskich i greckich. W XVII i XVIII wieku chemicy potwierdzili te przypuszczenia, identyfikując pierwiastki chemiczne i pokazując, że reagują one ze sobą w ściśle określonych proporcjach. W XIX wieku odkryto ruchy Browna, będące pośrednim dowodem ziarnistości materii. Na początku XX wieku fizycy zbadali wewnętrzną strukturę atomów, pokazując tym samym, że są one podzielne. Teorie mechaniki kwantowej pozwoliły stworzyć matematyczne modele wnętrza atomu. Atomy mają rozmiary rzędu 10−10 m i masę rzędu 10−26 – 10−25 kg. Można je obserwować przez skaningowy mikroskop tunelowy. Ponad 99,9% masy atomu jest zawarte w jego jądrze. Jądro atomowe zbudowane jest z nukleonów: protonów o dodatnim ładunku elektrycznym i elektrycznie obojętnych neutronów. Chmurę elektronową tworzą elektrony związane z jądrem przez oddziaływanie elektromagnetyczne. Podobne oddziaływanie pozwala atomom łączyć się w cząsteczki. Atom jest elektrycznie obojętny, gdy liczba elektronów jest równa liczbie protonów. W przeciwnym przypadku ma ładunek i nazywany jest jonem. Główne właściwości chemiczne atomów określa liczba protonów w jądrze (liczba atomowa), gdyż determinuje ona strukturę chmury elektronowej oraz liczbę elektronów koniecznych do tego, aby atom był elektrycznie obojętny. Elektrony związane w atomach rozłożone są na powłokach, między którymi mogą przechodzić emitując bądź absorbując fotony o określonej energii. Struktura chmury elektronowej wpływa na chemiczne właściwości atomów i większość ich właściwości magnetycznych. Zbiory atomów o tej samej liczbie atomowej stanowią pierwiastki chemiczne. Atomy mające tę samą liczbę protonów, ale różniące się liczbą neutronów w jądrze to izotopy. Suma protonów i neutronów w jądrze atomu określana jest jako liczba masowa. Wszystkie pierwiastki mają niestabilne izotopy. Ich jądra ulegają spontanicznemu rozpadowi, co zazwyczaj prowadzi do powstania atomów innych pierwiastków. Rozpadowi temu towarzyszy emisja promieniowania jonizującego. Zjawisko to jest nazywane naturalną radioaktywnością.</span><small> (pl)</small></span></li> <li style="display:none;"><span class="literal"><span property="dbo:abstract" lang="sv" >En atom (av grekiska: ἄτομος, átomos, "odelbar") är den minsta enheten av ett grundämne som definierar dess kemiska egenskaper. Namnet skapades i den antika atomteorin och avsåg då de minsta enheter som tillsammans med tomrum bildade universum. Preciseringen till kemins grundämnen gjordes på 1800-talet. Den definitionen är fortfarande giltig, även om det sedan länge är känt att atomer inte är odelbara utan har en inre struktur bestående av positivt laddade protoner, neutrala neutroner, samt negativt laddade elektroner. Protonerna och neutronerna befinner sig i atomkärnan och kallas nukleoner vilka är uppbyggda av kvarkar. Atomkärnan utgör nästan hela atomens massa, då protonen och neutronen båda är cirka 1800 gånger tyngre än elektronen. Elektronerna befinner sig i elektronmolnet som omger kärnan och detta elektronmoln är många gånger större än kärnan. En atom är ungefär 0,1 nanometer (1 ångström) i diameter. Atomers massa mäts av praktiska skäl ofta i atommassenheten (u), som är ungefär 1,66·10−27 kg. Den lättaste atomen är väte, som väger cirka 1 u, vilket innebär att det går nära 6·1023 väteatomer på ett gram väte. De tyngsta atomerna som har studerats väger nära 300 u. Antalet protoner i kärnan kallas atomnummer och bestämmer vilket grundämne det rör sig om. Den enklaste atomen är väte som har atomnummer 1 och består av en proton och en elektron. Antalet protoner och neutroner är atomens masstal. Antalet protoner i atomkärnan är atomens atomnummer. Atomer med samma atomnummer men olika masstal kallas isotoper. Deuterium är en isotop av väte med masstalet 2 och består av en proton, en neutron och en elektron. Antalet elektroner i en atom är lika med antalet protoner, så totalt sett är atomen oladdad. Om en atom får fler eller färre elektroner bildas en jon, som är elektriskt laddad.</span><small> (sv)</small></span></li> <li style="display:none;"><span class="literal"><span property="dbo:abstract" lang="ru" >А́том (от др.-греч. ἄτομος «неделимый, не разрезаемый») — частица вещества микроскопических размеров и массы, наименьшая часть химического элемента, являющаяся носителем его свойств. Атомы состоят из ядра и электронов (точнее, электронного «облака»). Ядро атома состоит из протонов и нейтронов. Количество нейтронов в ядре может быть разным: от нуля до нескольких десятков. Если число электронов совпадает с числом протонов в ядре, то атом в целом оказывается электрически нейтральным. В противном случае он обладает некоторым положительным или отрицательным зарядом и называется ионом. В некоторых случаях под атомами понимают только электронейтральные системы, в которых заряд ядра равен суммарному заряду электронов, тем самым противопоставляя их электрически заряженным ионам. Ядро, несущее почти всю (более чем 99,9 %) массу атома, состоит из положительно заряженных протонов и незаряженных нейтронов, связанных между собой при помощи сильного взаимодействия. Атомы классифицируются по количеству протонов и нейтронов в ядре: число протонов Z соответствует порядковому номеру атома в периодической системе Менделеева и определяет его принадлежность к некоторому химическому элементу, а число нейтронов N — определённому изотопу этого элемента. Единственный стабильный атом, не содержащий нейтронов в ядре — лёгкий водород (протий). Число Z также определяет суммарный положительный электрический заряд (Z×e) атомного ядра и число электронов в нейтральном атоме, задающее его размер. Атомы различного вида в разных количествах, связанные межатомными связями, образуют молекулы.</span><small> (ru)</small></span></li> <li style="display:none;"><span class="literal"><span property="dbo:abstract" lang="uk" >А́том (від дав.-гр. ἄτομος — «неподільний», найменша частинка або буквально «тіло, яке не можна розсікти навпіл»,) — з хімічної точки зору найменша, електронейтральна, хімічно неподільна частинка речовини. Фізична модель атома, загалом, докладніше розкриває подробиці його будови. Відповідно до неї, атом складається зі щільного ядра з позитивно заряджених протонів та електрично нейтральних нейтронів. Ядро оточене набагато більшою за розміром оболонкою з негативно заряджених електронів. Кількість протонів дорівнює кількості електронів, і тому атом є електрично нейтральним. В іншому випадку (при втраті чи набутті одного або кількох електронів) атом перетворюється на іон, що має певний позитивний чи негативний електричний заряд (у разі нестачі електронів такий іон називається катіоном, а у разі надлишку — аніоном). Своєю чергою, склад ядра атома визначає собою тип атома та його ізотопу: заряд ядра Z визначається кількістю протонів у ядрі, а його масове число А — сумарною кількістю нейтронів та протонів. Таким чином, атом — динамічна й складна система субатомних частинок, урівноважених електростатичною взаємодією, та ядерними силами.</span><small> (uk)</small></span></li> <li style="display:none;"><span class="literal"><span property="dbo:abstract" lang="zh" >原子(atom)是构成化学元素的的最小单位;原子也是化学变化中最小的粒子及元素化學性質的最小單位。 一個正原子包含有一個緻密的原子核及若干圍繞在原子核周圍帶負電的電子。而反原子的原子核帶負電,周圍的反電子帶「正電」。正原子的原子核由帶正電的質子和電中性的中子組成。反原子的原子核中的反質子帶負電,從而使反原子的原子核帶負電。當質子數與電子數相同時,這個原子就是電中性的;否則,就是帶有正電荷或者負電荷的離子。根據質子和中子數量的不同,原子的類型也不同:質子數決定了該原子屬於哪一種元素,而中子數則確定了該原子是此元素的哪一個同位素。 原子的英文名(Atom)是從希臘語ἄτομος(atomos,“不可切分的”)轉化而來。很早以前,希臘和印度的哲學家就提出了原子的不可切分的概念。 17和18世紀時,化學家發現了物理學的根據:對於某些物質,不能通過化學手段將其繼續的分解。 19世紀晚期和20世紀早期,物理學家發現了亞原子粒子以及原子的內部結構,由此證明原子並不是不能進一步切分。 量子力學原理能夠為原子提供很好的模型。 與日常體驗相比,原子是一個極小的物體,其質量也很微小,以至於只能通過一些特殊的儀器才能觀測到單個的原子,例如扫描隧道显微镜。原子的99.9%的重量集中在原子核,其中的质子和中子有著相近的質量。每一種元素至少有一種不穩定的同位素,可以進行放射性衰變。這直接導致核轉化,即原子核中的中子數或質子數發生變化。 原子佔據一組穩定的能級,或者稱為軌道。當它們吸收和放出中子的時候,中子也可以在不同能級之間跳躍,此時吸收或放出原子的能量與能級之間的能量差相等。電子決定了一個元素的化學屬性,並且對中子的磁性有著很大的影響。</span><small> 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href="http://dbpedia.org/resource/Category:Articles_containing_video_clips"><small>dbc</small>:Articles_containing_video_clips</a></span></li> <li><span class="literal"><a class="uri" rel="dct:subject" resource="http://dbpedia.org/resource/Category:Atoms" href="http://dbpedia.org/resource/Category:Atoms"><small>dbc</small>:Atoms</a></span></li> <li><span class="literal"><a class="uri" rel="dct:subject" resource="http://dbpedia.org/resource/Category:Chemistry" href="http://dbpedia.org/resource/Category:Chemistry"><small>dbc</small>:Chemistry</a></span></li> </ul></td></tr><tr class="even"><td class="col-2"><a class="uri" href="http://purl.org/linguistics/gold/hypernym"><small>gold:</small>hypernym</a> </td><td class="col-10 text-break"><ul> <li><span class="literal"><a class="uri" rel="gold:hypernym" resource="http://dbpedia.org/resource/Unit" prefix="gold: http://purl.org/linguistics/gold/" href="http://dbpedia.org/resource/Unit"><small>dbr</small>:Unit</a></span></li> </ul></td></tr><tr class="odd"><td class="col-2"><a class="uri" href="http://www.w3.org/1999/02/22-rdf-syntax-ns#type"><small>rdf:</small>type</a> </td><td class="col-10 text-break"><ul> <li><span class="literal"><a class="uri" rel="rdf:type" resource="http://www.w3.org/2002/07/owl#Thing" href="http://www.w3.org/2002/07/owl#Thing"><small>owl</small>:Thing</a></span></li> <li><span class="literal"><a class="uri" rel="rdf:type" resource="http://dbpedia.org/ontology/Organisation" href="http://dbpedia.org/ontology/Organisation"><small>dbo</small>:Organisation</a></span></li> </ul></td></tr><tr class="even"><td class="col-2"><a class="uri" href="http://www.w3.org/2000/01/rdf-schema#comment"><small>rdfs:</small>comment</a> </td><td class="col-10 text-break"><ul> <li style="display:none;"><span class="literal"><span property="rdfs:comment" lang="cs" >Atom (z řeckého ἄτομος, átomos – nedělitelný) je nejmenší částice běžné hmoty, částice, kterou už chemickými prostředky dále nelze dělit (ovšem fyzikálními ano – viz např. jaderná reakce) a která definuje vlastnosti daného chemického prvku. Atom se skládá z atomového jádra obsahujícího protony a neutrony a obalu obsahujícího elektrony.</span><small> (cs)</small></span></li> <li style="display:none;"><span class="literal"><span property="rdfs:comment" lang="el" >Στη χημεία και τη φυσική, το άτομο (ετυμ. = άτμητο < α στερητ. + τέμνω) είναι το μικρότερο σωματίδιο ενός χημικού στοιχείου το οποίο διατηρεί τις χημικές ιδιότητες του στοιχείου με την έννοια ότι παραμένει αμετάβλητο κατά την εξέλιξη ενός χημικού φαινομένου (χημική αντίδραση). Η λέξη άτομο αρχικά, σύμφωνα με τους αρχαίους Έλληνες ατομικούς φιλοσόφους Δημόκριτο και Επίκουρο, εννοούσε το μικρότερο δυνατό άτμητο σωματίδιο, αλλά στη συνέχεια ο όρος αυτός απέκτησε ειδικό νόημα στην επιστήμη όταν βρέθηκε πως και τα άτομα αποτελούνται από μικρότερα υποατομικά σωματίδια.</span><small> (el)</small></span></li> <li style="display:none;"><span class="literal"><span property="rdfs:comment" lang="eo" >Atomo (de la grekaj vorto ἄτομος [atomos] = "maldisigeblo") aŭ simple Maldisigeblo estas, laŭ fiziko, la baza ero kiu konsistigas materion.</span><small> (eo)</small></span></li> <li style="display:none;"><span class="literal"><span property="rdfs:comment" lang="ja" >原子(げんし、(希: τὸ ἄτομον, ἡ ἄτομος、英: atom)という言葉には以下の3つの異なった意味がある。 1. * 紀元前5~4世紀の古代ギリシアの哲学者レウキッポスとデモクリトスが提唱した、自然を構成する分割不可能な最小単位。哲学上の概念であり、経験的検証によって証明された科学上の対象ではない。詳細は「原子論」を参照。 2. * 19世紀前半に提唱され、20世紀前半に確立された、元素の最小単位。その実態は原子核と電子の電磁相互作用による束縛状態である。物質のひとつの中間単位であり、内部構造を持つため、上述の概念「究極の分割不可能な単位」に該当するものではない。 3. * 上述の原子の概念を拡張し、一般に複数の粒子の電磁相互作用による束縛状態を原子と定義した時、この意味における原子のうち、原子核と電子のみからなるもの以外を異種原子と言う。</span><small> (ja)</small></span></li> <li style="display:none;"><span class="literal"><span property="rdfs:comment" lang="ko" >( 순서론에서 최소원소를 덮는 원소에 대해서는 원자 (순서론) 문서를, 측도론에서 원자에 대해서는 원자 (측도론) 문서를 참고하십시오.) 원자(原子, atom)는 일상적인 물질을 이루는 가장 작은 단위이다. 일상적인 물질들이 원소로 구성되어 있기 때문에, 이는 화학 반응을 통해 더 쪼갤 수 없는 단위와 동의어이다. 모든 고체, 액체, 기체, 플라즈마가 전부 원자로 이루어져 있다. 현대 물리학의 관점에서 볼 때 원자는 원자핵과 전자로 이루어져 있으며, 원자핵은 중성자와 양성자로 구성된다. 또 핵반응을 통해서는 더 작은 단위로 나뉜다. 원자와 혼동하기 쉬운 개념으로 '원소'를 들 수 있는데, 원자가 물질을 구성하는 기본 입자라고 한다면, 원소는 물질을 이루는 성분의 종류라고 하겠다. 한편, 여러 원자의 화학적 결합으로 이루어진 분자는 물질의 성질을 가지는 가장 작은 입자이다.</span><small> (ko)</small></span></li> <li style="display:none;"><span class="literal"><span property="rdfs:comment" lang="ar" >الذرة هي أصغر حجر بناءٍ أو أصغر جزء من العنصر الكيميائي يمكن الوصول إليه والذي يحتفظ بالخصائص الكيميائية لذلك العنصر. يرجع أصل الكلمة الإنجليزية (بالإنجليزية: Atom) إلى الكلمة الإغريقية أتوموس، والتي تعني غير القابل للانقسام؛ إذ كان يعتقد أنه ليس ثمة ما هو أصغر من الذرة. تتكون الذرة من سحابة من الشحنات السالبة (الإلكترونات) التي تدور حول نواة موجبة الشحنة صغيرة جدًا في المركز، وتتكون النواة من بروتونات موجبة الشحنة، ونيوترونات متعادلة، وتعدّ الذرة هي أصغر جزء من العنصر يمكن أن يتميز به عن بقية العناصر؛ إذ كلما غصنا أكثر في المادة لنلاقي البنى الأصغر لن يعود هناك فرق بين عنصر وآخر. فمثلاً، لا فرق بين بروتون في ذرة حديد وبروتون آخر في ذرة يورانيوم مثلًا، أو ذرة أي عنصرٍ آخر. الذرة، بما تحمله من خصائص؛ عدد بروتوناتها، كتلتها، توزيعها الإلكتروني... تصنع الفروقات بين العناصر المختلفة، وبين الص</span><small> (ar)</small></span></li> <li style="display:none;"><span class="literal"><span property="rdfs:comment" lang="ca" >Un àtom és la unitat constituent més petita de la matèria ordinària que forma un element químic. Tot sòlid, líquid, gas i plasma es compon d'àtoms ionitzats o neutres. Els àtoms són extremament petits i tenen una mida d'aproximadament 100 picòmetres. Són tan petits que intentar predir el seu comportament per mitjà de la física clàssica —considerant-los, per exemple, com si fossin boles de billar— retorna prediccions incorrectes a causa dels efectes quàntics. Gràcies al desenvolupament de la física, els models atòmics han incorporat per poder explicar i predir millor aquest comportament.</span><small> (ca)</small></span></li> <li><span class="literal"><span property="rdfs:comment" lang="en" >Every atom is composed of a nucleus and one or more electrons bound to the nucleus. The nucleus is made of one or more protons and a number of neutrons. Only the most common variety of hydrogen has no neutrons. Every solid, liquid, gas, and plasma is composed of neutral or ionized atoms. Atoms are extremely small, typically around 100 picometers across. They are so small that accurately predicting their behavior using classical physics, as if they were tennis balls for example, is not possible due to quantum effects.</span><small> (en)</small></span></li> <li style="display:none;"><span class="literal"><span property="rdfs:comment" lang="de" >Atome (von altgriechisch ἄτομος átomos „unteilbar“) sind die Bausteine, aus denen alle festen, flüssigen oder gasförmigen Stoffe bestehen. Alle Materialeigenschaften dieser Stoffe sowie ihr Verhalten in chemischen Reaktionen werden durch die Eigenschaften und die räumliche Anordnung ihrer Atome festgelegt. Jedes Atom gehört zu einem bestimmten chemischen Element und bildet dessen kleinste Einheit. Zurzeit sind 118 Elemente bekannt, von denen etwa 90 auf der Erde natürlich vorkommen. Atome verschiedener Elemente unterscheiden sich in ihrer Größe und Masse und vor allem in ihrer Fähigkeit, mit anderen Atomen chemisch zu reagieren und sich zu Molekülen oder festen Körpern zu verbinden. Die Durchmesser von Atomen liegen im Bereich von 6 · 10−11 m (Helium) bis 5 · 10−10 m (Cäsium), ihre Massen </span><small> (de)</small></span></li> <li style="display:none;"><span class="literal"><span property="rdfs:comment" lang="es" >El átomo es la parte más pequeña de la materia que tiene propiedades de un elemento químico. Cada sólido, líquido, gas y plasma se compone de átomos neutros o ionizados. Los átomos son microscópicos; los tamaños típicos son alrededor de 100 pm (diez mil millonésima parte de un metro). No obstante, los átomos no tienen límites bien definidos y hay diferentes formas de definir su tamaño que dan valores diferentes pero cercanos. Los átomos son lo suficientemente pequeños para que la física clásica dé resultados notablemente incorrectos. A través del desarrollo de la física, los modelos atómicos han incorporado principios cuánticos para explicar y predecir mejor su comportamiento. El término proviene del latín atŏmus, calco del griego ἄτομον (átomon) ἄτομος, unión de α (a, que significa «sin</span><small> (es)</small></span></li> <li style="display:none;"><span class="literal"><span property="rdfs:comment" lang="eu" >Atomoa (grezieratik: ἄτομος, atomos, «zatiezina») bakarka edo antzekoekin molekuletan konbinaturik existi daitekeen elementu baten zati txikiena da. Protoiak eta neutroiak biltzen diren nukleoaz eta horren inguruko elektroiez dago osatua. Atomo baten nukleoaren tamaina atomo osoaren tamaina baino 100.000 aldiz txikiagoa da; hala ere, masa atomiko gehiena nukleoan dago. Proportzioen inguruko ideia bat ematearren, atomo osoa futbol-zelai bat balitz, erdian jarritako dilista baten tamainakoa izango litzateke nukleoa, eta gainerako espazio guztia bat izango litzateke.</span><small> (eu)</small></span></li> <li style="display:none;"><span class="literal"><span property="rdfs:comment" lang="ga" >Is é is adamh ann ná an chuid is lú de dhúil a fhéadann páirt a ghlacadh in athrú ceimiceach. Tá gach solad, leacht, gás agus plasma comhdhéanta d’adamh neodrach nó ianaithe. Tá adaimh thar a bheith beag, de ghnáth timpeall 100 piciméadar trasna. Tá siad chomh beag sin nach féidir a n-iompar a thuar go cruinn ag baint úsáide as an bhfisic chlasaiceach — amhail is dá mba liathróidí leadóige iad, mar shampla - mar gheall ar éifeachtaí candamacha.</span><small> (ga)</small></span></li> <li style="display:none;"><span class="literal"><span property="rdfs:comment" lang="in" >Atom adalah suatu satuan dasar materi, yang terdiri atas inti atom serta awan elektron bermuatan negatif yang mengelilinginya. Inti atom terdiri atas proton yang bermuatan positif, dan neutron yang bermuatan netral (kecuali pada inti atom Hidrogen-1, yang tidak memiliki neutron). Elektron-elektron pada sebuah atom terikat pada inti atom oleh gaya elektromagnetik. Sekumpulan atom demikian pula dapat berikatan satu sama lainnya, dan membentuk sebuah molekul. Atom yang mengandung jumlah proton dan elektron yang sama bersifat netral, sedangkan yang mengandung jumlah proton dan elektron yang berbeda bersifat positif atau negatif dan disebut sebagai ion. Atom dikelompokkan berdasarkan jumlah proton dan neutron yang terdapat pada inti atom tersebut. Jumlah proton pada atom menentukan unsur kimia </span><small> (in)</small></span></li> <li style="display:none;"><span class="literal"><span property="rdfs:comment" lang="fr" >Un atome (grec ancien ἄτομος [átomos], « insécable ») est la plus petite partie d'un corps simple pouvant se combiner chimiquement avec un autre. Les atomes sont les constituants élémentaires de toutes les substances solides, liquides ou gazeuses. Les propriétés physiques et chimiques de ces substances sont déterminées par les atomes qui les constituent ainsi que par l'arrangement tridimensionnel de ces atomes.</span><small> (fr)</small></span></li> <li style="display:none;"><span class="literal"><span property="rdfs:comment" lang="it" >L'atomo (dal greco ἄτομος àtomos: indivisibile) è la struttura nella quale la materia è organizzata in unità fondamentali che costituiscono gli elementi chimici. Gli atomi si aggregano frequentemente in unità stabili dette molecole che caratterizzano molte sostanze. Se nel mondo fisico abituale la materia, nei suoi stati solido, liquido e gassoso, è costituita dalle unità elementari degli atomi, a valori di pressione e temperatura sufficientemente elevati la loro esistenza non è possibile, determinandosi lo stato di plasma.</span><small> (it)</small></span></li> <li style="display:none;"><span class="literal"><span property="rdfs:comment" lang="nl" >Atomen (Oudgrieks: ἄτομος, atomos‚ ondeelbaar) zijn de kleinste deeltjes waarin materie met scheikundige methoden opgedeeld kan worden. Een atoom is onvoorstelbaar klein; er gaan meer atomen in een glas water, dan glazen water in alle oceanen op aarde. Atomen vormen de kleinste bouwsteen van ieder chemisch element. In bijvoorbeeld sterren, neutronensterren en zwarte gaten komt materie voor die niet uit atomen is opgebouwd. De studie van deze – vanuit aards perspectief bijzondere – vormen van materie vormt het terrein van de plasmafysica en de astrofysica.</span><small> (nl)</small></span></li> <li style="display:none;"><span class="literal"><span property="rdfs:comment" lang="pl" >Atom – podstawowy składnik materii. Składa się z małego dodatnio naładowanego jądra o dużej gęstości i otaczającej go chmury elektronowej o ujemnym ładunku elektrycznym. Słowo atom pochodzi z greckiego ἄτομος – átomos (od α-, „nie-” + τέμνω – temno, „ciąć”), oznaczającego coś, czego nie da się przeciąć ani podzielić. Idea istnienia niepodzielnych składników materii pojawiła się już w pismach starożytnych filozofów indyjskich i greckich. W XVII i XVIII wieku chemicy potwierdzili te przypuszczenia, identyfikując pierwiastki chemiczne i pokazując, że reagują one ze sobą w ściśle określonych proporcjach. W XIX wieku odkryto ruchy Browna, będące pośrednim dowodem ziarnistości materii. Na początku XX wieku fizycy zbadali wewnętrzną strukturę atomów, pokazując tym samym, że są one podzielne. Teor</span><small> (pl)</small></span></li> <li style="display:none;"><span class="literal"><span property="rdfs:comment" lang="pt" >Átomo é uma unidade básica de matéria que consiste num núcleo central de carga elétrica positiva envolto por uma nuvem de eletrões de carga negativa. O núcleo atómico é composto por protões e neutrões. Os eletrões de um átomo estão ligados ao núcleo por força eletromagnética. Da mesma forma, um grupo de átomos pode estar ligado entre si através de ligações químicas baseadas na mesma força, formando uma molécula. Um átomo que tenha o mesmo número de protões e eletrões é eletricamente neutro, enquanto que um com número diferente pode ter carga positiva ou negativa, sendo desta forma denominado ião. Os átomos são classificados de acordo com o número de protões no seu núcleo: o número de protões determina o elemento químico e o número de neutrões determina o isótopo desse elemento.</span><small> (pt)</small></span></li> <li style="display:none;"><span class="literal"><span property="rdfs:comment" lang="sv" >En atom (av grekiska: ἄτομος, átomos, "odelbar") är den minsta enheten av ett grundämne som definierar dess kemiska egenskaper. Namnet skapades i den antika atomteorin och avsåg då de minsta enheter som tillsammans med tomrum bildade universum. Preciseringen till kemins grundämnen gjordes på 1800-talet. Den definitionen är fortfarande giltig, även om det sedan länge är känt att atomer inte är odelbara utan har en inre struktur bestående av positivt laddade protoner, neutrala neutroner, samt negativt laddade elektroner. Protonerna och neutronerna befinner sig i atomkärnan och kallas nukleoner vilka är uppbyggda av kvarkar. Atomkärnan utgör nästan hela atomens massa, då protonen och neutronen båda är cirka 1800 gånger tyngre än elektronen. Elektronerna befinner sig i elektronmolnet som omger</span><small> (sv)</small></span></li> <li style="display:none;"><span class="literal"><span property="rdfs:comment" lang="ru" >А́том (от др.-греч. ἄτομος «неделимый, не разрезаемый») — частица вещества микроскопических размеров и массы, наименьшая часть химического элемента, являющаяся носителем его свойств. Атомы состоят из ядра и электронов (точнее, электронного «облака»). Ядро атома состоит из протонов и нейтронов. Количество нейтронов в ядре может быть разным: от нуля до нескольких десятков. Если число электронов совпадает с числом протонов в ядре, то атом в целом оказывается электрически нейтральным. В противном случае он обладает некоторым положительным или отрицательным зарядом и называется ионом. В некоторых случаях под атомами понимают только электронейтральные системы, в которых заряд ядра равен суммарному заряду электронов, тем самым противопоставляя их электрически заряженным ионам.</span><small> (ru)</small></span></li> <li style="display:none;"><span class="literal"><span property="rdfs:comment" lang="uk" >А́том (від дав.-гр. ἄτομος — «неподільний», найменша частинка або буквально «тіло, яке не можна розсікти навпіл»,) — з хімічної точки зору найменша, електронейтральна, хімічно неподільна частинка речовини. Фізична модель атома, загалом, докладніше розкриває подробиці його будови. Відповідно до неї, атом складається зі щільного ядра з позитивно заряджених протонів та електрично нейтральних нейтронів. Ядро оточене набагато більшою за розміром оболонкою з негативно заряджених електронів. Кількість протонів дорівнює кількості електронів, і тому атом є електрично нейтральним. В іншому випадку (при втраті чи набутті одного або кількох електронів) атом перетворюється на іон, що має певний позитивний чи негативний електричний заряд (у разі нестачі електронів такий іон називається катіоном, а у раз</span><small> (uk)</small></span></li> <li style="display:none;"><span class="literal"><span property="rdfs:comment" lang="zh" >原子(atom)是构成化学元素的的最小单位;原子也是化学变化中最小的粒子及元素化學性質的最小單位。 一個正原子包含有一個緻密的原子核及若干圍繞在原子核周圍帶負電的電子。而反原子的原子核帶負電,周圍的反電子帶「正電」。正原子的原子核由帶正電的質子和電中性的中子組成。反原子的原子核中的反質子帶負電,從而使反原子的原子核帶負電。當質子數與電子數相同時,這個原子就是電中性的;否則,就是帶有正電荷或者負電荷的離子。根據質子和中子數量的不同,原子的類型也不同:質子數決定了該原子屬於哪一種元素,而中子數則確定了該原子是此元素的哪一個同位素。 原子的英文名(Atom)是從希臘語ἄτομος(atomos,“不可切分的”)轉化而來。很早以前,希臘和印度的哲學家就提出了原子的不可切分的概念。 17和18世紀時,化學家發現了物理學的根據:對於某些物質,不能通過化學手段將其繼續的分解。 19世紀晚期和20世紀早期,物理學家發現了亞原子粒子以及原子的內部結構,由此證明原子並不是不能進一步切分。 量子力學原理能夠為原子提供很好的模型。</span><small> (zh)</small></span></li> </ul></td></tr><tr class="odd"><td class="col-2"><a class="uri" href="http://www.w3.org/2000/01/rdf-schema#label"><small>rdfs:</small>label</a> </td><td class="col-10 text-break"><ul> <li><span class="literal"><span property="rdfs:label" lang="en" >Atom</span><small> (en)</small></span></li> <li style="display:none;"><span class="literal"><span property="rdfs:label" lang="ar" >ذرة</span><small> (ar)</small></span></li> <li style="display:none;"><span class="literal"><span property="rdfs:label" lang="ca" >Àtom</span><small> (ca)</small></span></li> <li style="display:none;"><span class="literal"><span property="rdfs:label" lang="cs" >Atom</span><small> (cs)</small></span></li> <li style="display:none;"><span class="literal"><span property="rdfs:label" lang="de" >Atom</span><small> (de)</small></span></li> <li style="display:none;"><span class="literal"><span property="rdfs:label" lang="el" >Άτομο</span><small> (el)</small></span></li> <li style="display:none;"><span class="literal"><span property="rdfs:label" lang="eo" >Atomo</span><small> (eo)</small></span></li> <li style="display:none;"><span class="literal"><span property="rdfs:label" lang="es" >Átomo</span><small> (es)</small></span></li> <li style="display:none;"><span class="literal"><span property="rdfs:label" lang="eu" >Atomo</span><small> (eu)</small></span></li> <li style="display:none;"><span class="literal"><span property="rdfs:label" lang="ga" >Adamh</span><small> (ga)</small></span></li> <li style="display:none;"><span class="literal"><span property="rdfs:label" lang="in" >Atom</span><small> (in)</small></span></li> <li style="display:none;"><span class="literal"><span property="rdfs:label" lang="fr" >Atome</span><small> (fr)</small></span></li> <li style="display:none;"><span class="literal"><span property="rdfs:label" lang="it" >Atomo</span><small> (it)</small></span></li> <li style="display:none;"><span class="literal"><span property="rdfs:label" lang="ko" >원자</span><small> (ko)</small></span></li> <li style="display:none;"><span class="literal"><span property="rdfs:label" lang="ja" >原子</span><small> (ja)</small></span></li> <li style="display:none;"><span class="literal"><span property="rdfs:label" lang="nl" >Atoom</span><small> (nl)</small></span></li> <li style="display:none;"><span class="literal"><span property="rdfs:label" lang="pl" >Atom</span><small> (pl)</small></span></li> <li style="display:none;"><span class="literal"><span property="rdfs:label" lang="pt" >Átomo</span><small> (pt)</small></span></li> <li style="display:none;"><span class="literal"><span property="rdfs:label" lang="ru" >Атом</span><small> (ru)</small></span></li> <li style="display:none;"><span class="literal"><span property="rdfs:label" lang="uk" >Атом</span><small> (uk)</small></span></li> <li style="display:none;"><span class="literal"><span property="rdfs:label" lang="sv" >Atom</span><small> (sv)</small></span></li> <li style="display:none;"><span class="literal"><span property="rdfs:label" lang="zh" >原子</span><small> (zh)</small></span></li> </ul></td></tr><tr class="even"><td class="col-2"><a class="uri" 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