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Daftar unsur menurut nomor atom: Perbedaan antara revisi

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Baris 1:
{{disambig info|daftar unsur menurut pengurutan lain|Daftar unsur}}
Berikut adalah tabel [[unsur kimia]] yang disusun berdasarkan [[nomor atom]] dan kode warna menurut tipe unsur. Setiap unsur ditampilkan informasi mengenai nama unsur, [[lambang unsur]], [[golongan]] dan [[Periode tabel periodik|periode]], [[massa atom]] (atau [[isotop]] yang paling stabil), [[massa jenis]], [[titik lebur]], [[titik didih]] dan penemunya.▼
Berikut adalah '''daftar [[unsur kimia]], diurutkan berdasarkan nomor atom''', dan warna menunjukkan jenis unsur.
{{element color legend}}▼
 
▲Berikut adalah tabel [[unsur kimia]] yang disusun berdasarkan [[nomor atom]] dan kode warna menurut tipe unsur. Setiap unsur ditampilkan informasi mengenai nama unsur, [[lambang unsur]], [[golongan tabel periodik|golongan]] dan [[Periode tabel periodik|periode]], [[massa atom]] (atau [[isotop]] yang paling stabil), [[massa jenis]], [[titik lebur]], [[titik didih]] dan penemunya.
==Daftar==
▲{{element color legend}}
{|class="wikitable"
|-bgcolor="#efefef"
|-{{highlight1}}
![[Daftar unsur berdasarkan nomorNomor atom|No.{{br}}atomAtom]]
![[Daftar unsur berdasarkan nama|Nama]]
![[Daftar unsur berdasarkan lambang unsur|Lambang]]
![[Periode tabel periodik|Periode]],{{br}}[[Golongan tabel periodik|Golongan]]
![[Massa]]{{br}}([[gram|g]]/[[Mol]])
![[Massa jenis]]{{br}}(g/[[sentimeter kubik|cm³]]){{br}}pada 20°[[Celsius|C]]
![[Titik lebur|Titik{{br}}lebur]] {{br}}(°C)
![[Titik didih|Titik{{br}}didih]] {{br}}(°C)
![[Penemuan unsur kimia|Tahun{{br}}penemuan]]
!Penemu
 
|-style="background-color:#a0ffa0"
|1||[[Hidrogen]]||H||1; 1||1,00794(7){{fn|2}} {{fn|3}} {{fn|4}}||0,084 g/l||-259−259,1||-252−252,9||1766||[[Henry Cavendish|Cavendish]]
|-style="background-color:#c0ffff"
|2||[[Helium]]||He||1; 18||4,002602(2){{fn|2}} {{fn|4}}||0,17 g/l||-272−272,2||-268−268,9||1895||[[William Ramsay|Ramsay]] dan [[Per Teodor Cleve|Cleve]]
|-style="background-color:#ff6666"
|3||[[Litium]]||Li||2; 1||6,941(2){{fn|2}} {{fn|3}} {{fn|4}} {{fn|5}}||0,53||180,5||1317||1817||[[Johan August Arfwedson|Arfwedson]]
Baris 27 ⟶ 30:
|5||[[Boron]]||B||2; 13||10,811(7){{fn|2}} {{fn|3}} {{fn|4}}||2,46||2300||2550||1808||[[Humphry Davy|Davy]] dan [[Joseph Louis Gay-Lussac|Gay-Lussac]]
|-style="background-color:#a0ffa0"
|6||[[Karbon]]||C||2; 14||12,0107(8){{fn|2}} {{fn|4}}||3,51||3550||4827||prasejarah3750 SM||tak[[Mesir Kuno|orang Mesir Kuno]] dan [[Sumeria|orang diketahuiSumeria]]
|-style="background-color:#a0ffa0"
|7||[[Nitrogen]]||N||2; 15||14,0067(2){{fn|2}} {{fn|4}}||1,17 g/l||-209−209,9||-195−195,8||1772||[[Daniel Rutherford|Rutherford]]
|-style="background-color:#a0ffa0"
|8||[[Oksigen]]||O||2; 16||15,9994(3){{fn|2}} {{fn|4}}||1,33 g/l||-218−218,4||-182−182,9||1774||[[Joseph Priestly|Priestly]] dan [[Carl Wilhelm Scheele|Scheele]]
|-style="background-color:#ffff99"
|9||[[FluorFluorin]]||F||2; 17||18,9984032(5)||1,58 g/l||-219−219,6||-188−188,1||1886||[[Henri Moissan|Moissan]]
|-style bgcolor="#c0ffff"
|10||[[Neon]]||Ne||2; 18||20,1797(6){{fn|2}} {{fn|3}}||0,84 g/l||-248−248,7||-246−246,1||1898||[[William Ramsay|Ramsay]] dan [[Morris Travers|Travers]]
|-style="background-color:#ff6666"
|11||[[Natrium]]||Na||3; 1||22,98976928(2)||0,97||97,8||892||1807||[[Humphry Davy|Davy]]
Baris 41 ⟶ 44:
|12||[[Magnesium]]||Mg||3; 2||24,3050(6)||1,74||648,8||1107||1755||[[Joseph Black|Black]]
|-style="background-color:#cccccc"
|13||[[Alumunium]]||Al||3; 13||26,9815386(8)||2,70||660,5||2467||1825||[[Hans Christian OerstedØrsted|OerstedØrsted]]
|-style="background-color:#cccc99"
|14||[[Silikon]]||Si||3; 14||28,0855(3){{fn|4}}||2,33||1410||2355||1824||[[Jöns Jakob Berzelius|Berzelius]]
|-style="background-color:#a0ffa0"
|15||[[FosforFosforus]]||P||3; 15||30,973762(2)||1,82||44 (P4)||280 (P4)||1669||[[Henning Brand|Brand]]
|-style="background-color:#a0ffa0"
|16||[[Belerang]]||S||3; 16||32,065(5){{fn|2}} {{fn|4}}||2,06||113||444,7||prasejarahsebelum 2000 SM||[[Tionghoa|takorang diketahuiTionghoa]]
|-style="background-color:#ffff99"
|17||[[KlorKlorin]]||Cl||3; 17||35,453(2){{fn|2}} {{fn|3}} {{fn|4}}||2,95 g/l||-34−34,6||-101−101||1774||[[Carl Wilhelm Scheele|Scheele]]
|-style="background-color:#c0ffff"
|18||[[Argon]]||Ar||3; 18||39,948(1){{fn|2}} {{fn|4}}||1,66 g/l||-189−189,4||-185−185,9||1894||[[William Ramsay|Ramsay]] dan [[John William Strutt; 3rd Baron Rayleigh|Rayleigh]]
|-style="background-color:#ff6666"
|19||[[Kalium]]||K||4; 1||39,0983(1)||0,86||63,7||774||1807||[[Humphry Davy|Davy]]
Baris 63 ⟶ 66:
|23||[[Vanadium]]||V||4; 5||50,9415(1)||6,09||1890||3380||1801||[[Andrés Manuel del Río|del Río]]
|-style="background-color:#ffc0c0"
|24||[[KromKromium]]||Cr||4; 6||51,9961(6)||7,14||1857||2482||1797||[[Louis Nicolas Vauquelin|Vauquelin]]
|-style="background-color:#ffc0c0"
|25||[[Mangan]]||Mn||4; 7||54,938045(5)||7,44||1244||2097||1774||[[Johan Gottlieb Gahn|Gahn]]
|-style="background-color:#ffc0c0"
|26||[[Besi]]||Fe||4; 8||55,845(2)||7,87||1535||2750||prasejarahsebelum 5000 SM||tak diketahui
|-style="background-color:#ffc0c0"
|27||[[Kobalt]]||Co||4; 9||58,933195(5)||8,89||1495||2870||1735||[[Georg Brandt|Brandt]]
Baris 73 ⟶ 76:
|28||[[Nikel]]||Ni||4; 10||58,6934(2)||8,91||1453||2732||1751||[[Axel Fredrik Cronstedt|Cronstedt]]
|-style="background-color:#ffc0c0"
|29||[[Tembaga]]||Cu||4; 11||63,546(3){{fn|4}}||8,92||1083,5||2595||prasejarah9000 SM||tak[[Timur Tengah|orang Timur diketahuiTengah]]
|-style="background-color:#ffc0c0"
|30||[[Seng]]||Zn||4; 12||65,409(4)||7,14||419,6||907||prasejarahsebelum 1000 SM||tak[[Sejarah metalurgi di anak benua India#Seng|ahli metalurgi diketahuiIndia]]
|-style="background-color:#cccccc"
|31||[[Galium]]||Ga||4; 13||69,723(1)||5,91||29,8||2403||1875||[[Paul Emile Lecoq de Boisbaudran|Lecoq de Boisbaudran]]
Baris 81 ⟶ 84:
|32||[[Germanium]]||Ge||4; 14||72,64(1)||5,32||937,4||2830||1886||[[Clemens Winkler|Winkler]]
|-style="background-color:#cccc99"
|33||[[Arsen]]||As||4; 15||74,92160(2)||5,72||613615||613615{{br}}([[sublimationSublimasi (physicsperubahan wujud zat)|subl,.]])||ca,sebelum 1250815 M||[[AlbertusAlkimia dan kimia Islam abad pertengahan|alkemis MagnusArab]]
|-style="background-color:#a0ffa0"
|34||[[Selenium]]||Se||4; 16||78,96(3){{fn|4}}||4,82||217||685||1817||[[Jöns Jakob Berzelius|Berzelius]]
|-style="background-color:#ffff99"
|35||[[BromBromin]]||Br||4; 17||79,904(1)||3,14||-7−7,3||58,8||1826||[[Antoine Jérôme Balard|Balard]]
|-style="background-color:#c0ffff"
|36||[[Kripton]]||Kr||4; 18||83,798(2){{fn|2}} {{fn|3}}||3,48 g/l||-156−156,6||-152−152,3||1898||[[William Ramsay|Ramsay]] dan [[Morris Travers|Travers]]
|-style="background-color:#ff6666"
|37||[[Rubidium]]||Rb||5; 1||85,4678(3){{fn|2}}||1,53||39||688||1861||[[Robert Bunsen|Bunsen]] dan [[Gustav Robert Kirchhoff|Kirchhoff]]
|-style="background-color:#ffdead"
|38||[[StrontiumStronsium]]||Sr||5; 2||87,62(1){{fn|2}} {{fn|4}}||2,63||769||1384||1790||[[Adair Crawford|Crawford]]
|-style="background-color:#ffc0c0"
|39||[[Itrium]]||Y||5; 3||88,90585(2)||4,47||1523||3337||1794||[[Johan Gadolin|Gadolin]]
Baris 99 ⟶ 102:
|41||[[Niobium]]||Nb||5; 5||92,906 38(2)||8,58||2468||4927||1801||[[Charles Hatchett|Hatchett]]
|-style="background-color:#ffc0c0"
|42||[[MolibdenMolibdenum]]||Mo||5; 6||95,94(2){{fn|2}}||10,28||2617||5560||1778||[[Carl Wilhelm Scheele|Scheele]]
|-style="background-color:#ffc0c0"
|43||[[TeknetiumTeknesium]]||Tc||5; 7||[98,9063]{{fn|1}}||11,49||2172||5030||1937||[[Carlo Perrier|Perrier]] dan [[Emilio G, Segrè|Segrè]]
|-style="background-color:#ffc0c0"
|44||[[RutheniumRutenium]]||Ru||5; 8||101,07(2){{fn|2}}||12,45||2310||3900||1844||[[Karl Klaus|Klaus]]
|-style="background-color:#ffc0c0"
|45||[[Rodium]]||Rh||5; 9||102,90550(2)||12,41||1966||3727||1803||[[William Hyde Wollaston|Wollaston]]
Baris 109 ⟶ 112:
|46||[[Paladium]]||Pd||5; 10||106,42(1){{fn|2}}||12,02||1552||3140||1803||[[William Hyde Wollaston|Wollaston]]
|-style="background-color:#ffc0c0"
|47||[[Perak]]||Ag||5; 11||107,8682(2){{fn|2}}||10,49||961,9||2212||prasejarahsebelum 5000 SM||tak diketahui
|-style="background-color:#ffc0c0"
|48||[[Kadmium]]||Cd||5; 12||112,411(8){{fn|2}}||8,64||321||765||1817||[[Friedrich Strohmeyer|Strohmeyer]] dan [[Karl Samuel Leberecht Hermann|Hermann]]
Baris 115 ⟶ 118:
|49||[[Indium]]||In||5; 13||114,818(3)||7,31||156,2||2080||1863||[[Ferdinand Reich|Reich]] dan [[Hieronymous Theodor Richter|Richter]]
|-style="background-color:#cccccc"
|50||[[Timah]]||Sn||5; 14||118,710(7){{fn|2}}||7,29||232||2270||prasejarah[[protosejarah]], sekitar [[Milenium ke-4 SM|abad ke-35 SM]]||tak diketahui
|-style="background-color:#cccc99"
|51||[[Antimon]]||Sb||5; 15||121,760(1){{fn|2}}||6,69||630,7||1750||prasejarahsebelum 815 M||tak[[Alkimia dan kimia Islam abad pertengahan|alkemis diketahuiArab]]
|-style="background-color:#cccc99"
|52||[[Telurium]]||Te||5; 16||127,60(3){{fn|2}}||6,25||449,6||990||1782||[[Franz-Joseph Müller von Reichenstein|von Reichenstein]]
|-style="background-color:#ffff99"
|53||[[YodiumIodin]]||I||5; 17||126,90447(3)||4,94||113,5||184,4||1811||[[Bernard Courtois|Courtois]]
|-style="background-color:#c0ffff"
|54||[[Xenon]]||Xe||5; 18||131,293(6){{fn|2}} {{fn|3}}||4,49 g/l||-111−111,9||-107−107||1898||[[William Ramsay|Ramsay]] dan [[Morris Travers|Travers]]
|-style="background-color:#ff6666"
|55||[[Sesium]]||Cs||6; 1||132,9054519(2)||1,90||28,4||690||1860||[[Gustav Robert Kirchhoff|Kirchhoff]] dan [[Robert Bunsen|Bunsen]]
Baris 157 ⟶ 160:
|70||[[Iterbium]]||Yb||6||173,04(3){{fn|2}}||6,97||824||1193||1878||[[Jean Charles Galissard de Marignac|de Marignac]]
|-style="background-color:#ffbfff"
|71||[[LutetiumLutesium]]||Lu||6; 3||174,967(1){{fn|2}}||9,84||1656||3315||1907||[[Georges Urbain|Urbain]]
|-style="background-color:#ffc0c0"
|72||[[Hafnium]]||Hf||6; 4||178,49(2)||13,31||2150||5400||1923||[[Dirk Coster|Coster]] dan [[George de Hevesy|de Hevesy]]
Baris 163 ⟶ 166:
|73||[[Tantalum]]||Ta||6; 5||180,9479(1)||16,68||2996||5425||1802||[[Anders Gustaf Ekeberg|Ekeberg]]
|-style="background-color:#ffc0c0"
|74||[[TungstenWolfram]]||W||6; 6||183,84(1)||19,26||3407||5927||1783||[[Fausto Elhuyar|Elhuyar]]
|-style="background-color:#ffc0c0"
|75||[[Renium]]||Re||6; 7||186,207(1)||21,03||3180||5627||1925||[[Walter Noddack|Noddack]]; [[Ida Tacke|Tacke]] dan [[Otto Berg|Berg]]
Baris 173 ⟶ 176:
|78||[[Platina]]||Pt||6; 10||195,084(9)||21,45||1772||3827||1557||[[Julius Caesar Scaliger|Scaliger]]
|-style="background-color:#ffc0c0"
|79||[[Emas]]||Au||6; 11||196,966569(4)||19,32||1064,4||2940||prasejarahsebelum 6000 SM||tak[[Timur Tengah|orang Timur diketahuiTengah]]
|-style="background-color:#ffc0c0"
|80||[[Raksa]]||Hg||6; 12||200,59(2)||13,55||-38−38,9||356,6||prasejarahsebelum 1500 SM||tak[[Mesir Kuno|orang Mesir diketahuiKuno]]
|-style="background-color:#cccccc"
|81||[[Talium]]||Tl||6; 13||204,3833(2)||11,85||303,6||1457||1861||[[William Crookes|Crookes]]
|-style="background-color:#cccccc"
|82||[[Timbal]]||Pb||6; 14||207,2(1){{fn|2}} {{fn|4}}||11,34||327,5||1740||prasejarah7000 SM||tak[[Timur Tengah|orang Timur diketahuiTengah]]
|-style="background-color:#cccccc"
|83||[[Bismut]]||Bi||6; 15||208,98040(1)||9,80||271,4||1560||1540sebelum 1000 SM||[[ClaudeAlkimia Geoffroydan kimia Islam abad pertengahan|Geoffroyalkemis Arab]]
|-style="background-color:#ffff99cccccc"▼
|84||[[Polonium]]||Po||6; 16||[208,9824]{{fn|1}}||9,20||254||962||1898||[[Marie Curie|Marie]] dan [[Pierre Curie]]
|-style="background-color:#cccc99"
|8485||[[PoloniumAstatin]]||PoAt||6; 1617||[208209,98249871]{{fn|1}}||9,20||254||962||18981940||[[MarieDale CurieR. Corson|MarieCorson]] anddan [[PierreK. CurieR. MacKenzie|MacKenzie]]
▲|-style="background-color:#ffff99"
|85||[[Astatin]]||At||6; 17||[209,9871]{{fn|1}}||||302||337||1940||[[Dale R, Corson|Corson]] dan [[K, R, MacKenzie|MacKenzie]]
|-style="background-color:#c0ffff"
|86||[[Radon]]||Rn||6; 18||[222,0176]{{fn|1}}||9,23 g/l||-71−71||-61−61,8||1900||[[Friedrich Ernst Dorn|Dorn]]
|-style="background-color:#ff6666"
|87||[[Fransium]]||Fr||7; 1||[223,0197]{{fn|1}}||||27||677||1939||[[Marguerite Perey|Perey]]
Baris 203 ⟶ 206:
|93||[[Neptunium]]||Np||7||[237,0482]{{fn|1}}||20,48||640||3902||1940||[[Edwin McMillan|McMillan]] dan [[Philip Abelson|Abelson]]
|-style="background-color:#ff99cc"
|94||[[Plutonium]]||Pu||7||[244,0642]{{fn|1}}||19,74||641||3327||1940||[[Glenn T, Seaborg|Seaborg]]
|-style="background-color:#ff99cc"
|95||[[Amerisium]]||Am||7||[243,0614]{{fn|1}}||13,67||994||2607||1944||[[Glenn T, Seaborg|Seaborg]]
|-style="background-color:#ff99cc"
|96||[[CuriumKurium]]||Cm||7||[247,0703]{{fn|1}}||13,51||1340||||1944||[[Glenn T, Seaborg|Seaborg]]
|-style="background-color:#ff99cc"
|97||[[Berkelium]]||Bk||7||[247,0703]{{fn|1}}||13,25||986||||1949||[[Glenn T, Seaborg|Seaborg]]
|-style="background-color:#ff99cc"
|98||[[Kalifornium]]||Cf||7||[251,0796]{{fn|1}}||15,1||900||||1950||[[Glenn T, Seaborg|Seaborg]]
|-style="background-color:#ff99cc"
|99||[[Einsteinium]]||Es||7||[252,0829]{{fn|1}}||||860||||1952||[[Glenn T, Seaborg|Seaborg]]
|-style="background-color:#ff99cc"
|100||[[Fermium]]||Fm||7||[257,0951]{{fn|1}}||||||||1952||[[Glenn T, Seaborg|Seaborg]]
|-style="background-color:#ff99cc"
|101||[[Mendelevium]]||Md||7||[258,0986]{{fn|1}}||||||||1955||[[Glenn T, Seaborg|Seaborg]]
|-style="background-color:#ff99cc"
|102||[[Nobelium]]||No||7||[259,1009]{{fn|1}}||||||||1958||[[Glenn T, Seaborg|Seaborg]]
|-style="background-color:#ff99cc"
|103||[[Lawrensium]]||Lr||7; 3||[260,1053]{{fn|1}}||||||||1961||[[Albert Ghiorso|Ghiorso]]
|-style="background-color:#ffc0c0"
|104||[[RutherfordiumRuterfordium]]||Rf||7; 4||[261,1087]{{fn|1}}||||||||1964/69||[[GeorgiiGeorgy FlerovFlyorov|FlerovFlyorov]]
|-style="background-color:#ffc0c0"
|105||[[Dubnium]]||Db||7; 5||[262,1138]{{fn|1}}||||||||1967/70||[[GeorgiiGeorgy FlerovFlyorov|FlerovFlyorov]]
|-style="background-color:#ffc0c0"
|106||[[Seaborgium]]||Sg||7; 6||[263,1182]{{fn|1}}||||||||1974||[[GeorgiiGeorgy FlerovFlyorov|FlerovFlyorov]]
|-style="background-color:#ffc0c0"
|107||[[Bohrium]]||Bh||7; 7||[262,1229]{{fn|1}}||||||||1976||[[Y,Yuri Oganessian|Oganessian]]
|-style="background-color:#ffc0c0"
|108||[[HassiumHasium]]||Hs||7; 8||[265]{{fn|1}}||||||||1984||[[Gesellschaft für Schwerionenforschung|GSI]] (*)
|-style="background-color:#ffc0c0"
|109||[[Meitnerium]]||Mt||7; 9||[266]{{fn|1}}||||||||1982||[[Gesellschaft für Schwerionenforschung|GSI]]
Baris 241 ⟶ 244:
|112||[[Kopernisium]]||Cn||7; 12||[285]{{fn|1}}||||||||1996||[[Gesellschaft für Schwerionenforschung|GSI]]
|-style="background-color:#cccccc"
|113||[[UnuntriumNihonium]]||UutNh||7; 13||[284286]{{fn|1}}||||||||2004||[[RIKEN]]; [[Joint Institute for Nuclear Research|JINR]] (*); [[LawrenceLaboratorium LivermoreNasional NationalLawrence LaboratoryLivermore|LLNL]] (*)
|-style="background-color:#cccccc"
|114||[[UnunquadiumFlerovium]]||UuqFl||7; 14||[289]{{fn|1}}||||||||19991998||[[Joint Institute for Nuclear Research|JINR]]
|-style="background-color:#cccccc"
|115||[[UnunpentiumMoskovium]]||UupMc||7; 15||[288289]{{fn|1}}||||||||20042003||[[Joint Institute for Nuclear Research|JINR]]; [[LawrenceLaboratorium LivermoreNasional NationalLawrence LaboratoryLivermore|LLNL]]
|-style="background-color:#cccccc"
|116||[[UnunhexiumLivermorium]]||UuhLv ||7; 16||[292293]{{fn|1}}||||||||19992000||[[Lawrence Berkeley National Laboratory|LBNL]] (*)
|-style="background-color:#fcfececccccc"
|117||[[UnunseptiumTenesin]]||UusTs||7; 17||[294]{{fn|1}}||||||||tak2009||[[Joint ditemukanInstitute for Nuclear Research|JINR]]; [[Laboratorium Nasional Lawrence Livermore|LLNL]]
|-style="background-color:#ecfefccccccc"
|118||[[UnunoctiumOganeson]]||UuoOg||7; 18||[294]{{fn|1}}||||||||tak2002||[[Joint ditemukanInstitute for Nuclear Research|JINR]]; [[Laboratorium Nasional Lawrence Livermore|LLNL]]
|}
{{element color legend}}
== Akronim ==▼
 
* GSI, [[Gesellschaft für Schwerionenforschung]] (Masyarakat Penelitian Ion Berat), Wixhausen, Darmstadt, Jerman▼
▲== Akronim ==
* JINR, [[Joint Institute for Nuclear Research]] ([[Bahasa Rusia|Rusia]]: Объединённый институт ядерных исследований), Dubna, Oblast Moskwa, Rusia▼
▲* GSI, [[Gesellschaft für Schwerionenforschung]] (Masyarakat Penelitian Ion Berat), Wixhausen, Darmstadt, Jerman
* LBNL, [[Lawrence Berkeley National Laboratory]], Berkeley, KaliforniaCalifornia, AS▼
▲* JINR, [[Joint Institute for Nuclear Research]] (Объединённый институт ядерных исследований), Dubna, Oblast Moskwa, Rusia
* LLNL, [[Laboratorium Nasional Lawrence Livermore|Lawrence Livermore National Laboratory]], Livermore, KaliforniaCalifornia, AS
* RIKEN, [[Riken|Rikagaku Kenkyūjo]] ([[Bahasa Jepang|Jepang]]: 理化学研究所), Wakō, Prefektur Saitama, Jepang
▲* LBNL, [[Lawrence Berkeley National Laboratory]], Berkeley, Kalifornia, AS
==Lihat pula==
 
* [[Unsur kimia yang berasal dari nama orang]]
* [[Unsur kimia yang berasal dari nama tempat]]
* [[Daftar etimologi nama unsur kimia]]
* [[jv:Daftar unsur adhedhasar nomermenurut atomnama]]▼
== Catatan ==
* {{fnb|1}} Unsur ini tidak memiliki inti stabil. Nilai dalam tanda kurung kotak, misalnya [209], menunjukkan nomor massa isotop dengan waktu hidup terpanjang pada unsur tersebut. Namun, terdapat tiga unsur (Torium, Protaktinium, dan Uranium) yang memiliki karakteristik "terrestrial isotopic composition", sehingga yang ditunjukkan adalah massa atomnya lah yang diberikan.
* {{fnb|2}} Komposisi isotopik unsur ini bervariasi dalam beberapa spesimen geologis, dan variasinya mungkin melebihi seperti yang ditunjukkan dalam tabel ini.
* {{fnb|3}} Komposisi isotopik unsur ini dapat bervariasi dalam materi komersial, yang dapat menyebabkan berat atom menyimpang secara signifikan dari nilai yang ditunjukkan dalam tabel ini.
* {{fnb|4}} Komposisi isotopik bervariasi pada materi ''terrestrial'', sehingga berat atom yang lebih tepat (''precise'') tidak dapat diberikan.
* {{fnb|5}} Berat atom Litium komersial dapat bervariasi antara 6,939 dan 6.996—analisis materi secara spesifik diperlukan untuk menemukan nilai yang lebih akurat.
 
== Referensi ==
{{reflist}}
* Atomic Weights of the Elements 2001, [http://www.iupac.org/publications/pac/2003/7508/7508x1107.html Pure Appl. Chem. 75(8), 1107-1122, 2003]. Diakses [[30tanggal Juni]]23 [[2005]]Agustus 2022. Berat atom dengan nomor atom 1-109 diambil dari sumber ini.
* [http://www.iupac.org/news/archives/2005/atomic-weights_revised05.html IUPAC Standard Atomic Weights Revised] (2005).▼
* [http://www.webelements.com/ WebElements Periodic Table]. Diakses [[30tanggal Juni]]23 [[2005]]Agustus 2022. Berat atom dengan nomor atom 110-116 diambil dari sumber ini.
▲* [http://www.iupac.org/news/archives/2005/atomic-weights_revised05.html IUPAC Standard Atomic Weights Revised] {{Webarchive|url=https://web.archive.org/web/20051229220327/http://www.iupac.org/news/archives/2005/atomic-weights_revised05.html |date=29 Desember 2005 }} (2005).
 
{{PeriodicTablesFooter}}
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{{Tabel periodik unsur kimia}}
{{Navbox tabel periodik}}
 
[[Kategori:UnsurDaftar bertopik kimia]]
[[Kategori:Unsur kimia|*]]
 
[[Kategori:Daftar unsur kimia|*]]
[[ar:ملحق:قائمة العناصر الكيميائية]]
[[bg:Химични елементи по атомен номер]]
[[cy:Rhestr elfennau yn nhrefn eu rhifau atomig]]
[[da:Grundstoffer efter atomnummer]]
[[de:Liste der chemischen Elemente nach der Ordnungszahl]]
[[en:List of elements]]
[[ga:Liosta na ndúl de réir na n-uimhreach adamhach]]
[[hu:Kémiai elemek listája]]
[[io:Kemiala elementi]]
[[is:Listi yfir frumefni eftir sætistölu]]
[[ja:元素の一覧]]
▲[[jv:Daftar unsur adhedhasar nomer atom]]
[[ko:원자 번호 순 원소 목록]]
[[mk:Листа на хемиските елементи според атомскиот број]]
[[nl:Lijst van elementen]]
[[nn:Grunnstoffliste etter atomnummer]]
[[no:Grunnstoffliste]]
[[pl:Pierwiastki chemiczne według liczby atomowej]]
[[pt:Anexo:Lista de elementos químicos]]
[[sl:Seznam kemičnih elementov po atomskem številu]]
[[sv:Lista över grundämnen efter atomnummer]]
[[th:รายชื่อธาตุเคมีเรียงตามเลขอะตอม]]
[[zh:元素序数列表]]
[[zh-yue:元素原子序號表]]
Diperoleh dari "https://wiki-indonesia.club/wiki/Daftar_unsur_menurut_nomor_atom"