Pratélaning anasir kimiah: Béda antara owahan

6 bèt wis ditambahake ,  2 taun kepungkur
éjaan, replaced: Daftar → Pratélan (3), Dhaptar → Pratélan, Masyarakat → Masarakat, prasejarah → prasajarah (11), spesimen → spésimèn, nilai → aji (2), sacara → kanthi (2), Nilai → Aji
(→‎Cathetan: éjaan, replaced: jroning → sajeroning (5))
(éjaan, replaced: Daftar → Pratélan (3), Dhaptar → Pratélan, Masyarakat → Masarakat, prasejarah → prasajarah (11), spesimen → spésimèn, nilai → aji (2), sacara → kanthi (2), Nilai → Aji)
'''DhaptarPratélan [[unsur kimia]]''' ing ngisor iki disusun adhedhasar [[nomer atom]] lan kodhe warna miturut tipe unsur. Saben unsur ditampilaké informasi ngenani jeneng unsur, [[lambang unsur]], [[golongan]] lan [[Période tabèl périodik|période]], [[massa atom]] (utawa [[isotop]] kang paling stabil), [[massa jinis]], [[titik lebur]], [[titik umob]] lan penemuné.
{{element color legend}}
 
|-bgcolor="#efefef"
|-{{highlight1}}
![[DaftarPratélan unsur adhedhasar nomer atom|No.<br />atom]]
![[DaftarPratélan unsur adhedhasar jeneng|Jeneng]]
![[DaftarPratélan unsur adhedhasar lambang unsur|Lambang]]
!Periode,<br />Golongan
!Massa<br />([[gram|g]]/[[Mol]])
|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||prasejarahprasajarah||ora dikawruhi
|-style="background-color:#a0ffa0"
|7||[[Nitrogen]]||N||2; 15||14,0067(2){{fn|2}} {{fn|4}}||1,17 g/l||-209,9||-195,8||1772||[[Daniel Rutherford|Rutherford]]
|15||[[Fosfor]]||P||3; 15||30,973762(2)||1,82||44 (P4)||280&nbsp;(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||prasejarahprasajarah||tak diketahui
|-style="background-color:#ffff99"
|17||[[Klor]]||Cl||3; 17||35,453(2){{fn|2}} {{fn|3}} {{fn|4}}||2,95 g/l||-34,6||-101||1774||[[Carl Wilhelm Scheele|Scheele]]
|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||prasejarahprasajarah||ora dikawruhi
|-style="background-color:#ffc0c0"
|27||[[Kobalt]]||Co||4; 9||58,933195(5)||8,89||1495||2870||1735||[[Georg Brandt|Brandt]]
|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||prasejarahprasajarah||ora dikawruhi
|-style="background-color:#ffc0c0"
|30||[[Seng]]||Zn||4; 12||65,409(4)||7,14||419,6||907||prasejarahprasajarah||ora dikawruhi
|-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]]
|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||prasejarahprasajarah||ora dikawruhi
|-style="background-color:#ffc0c0"
|48||[[Kadmium]]||Cd||5; 12||112,411(8){{fn|2}}||8,64||321||765||1817||[[Friedrich Strohmeyer|Strohmeyer]] lan [[Karl Samuel Leberecht Hermann|Hermann]]
|49||[[Indium]]||In||5; 13||114,818(3)||7,31||156,2||2080||1863||[[Ferdinand Reich|Reich]] lan [[Hieronymous Theodor Richter|Richter]]
|-style="background-color:#cccccc"
|50||[[Timah]]||Sn||5; 14||118,710(7){{fn|2}}||7,29||232||2270||prasejarahprasajarah||ora dikawruhi
|-style="background-color:#cccc99"
|51||[[Antimon]]||Sb||5; 15||121,760(1){{fn|2}}||6,69||630,7||1750||prasejarahprasajarah||ora dikawruhi
|-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]]
|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||prasejarahprasajarah||ora dikawruhi
|-style="background-color:#ffc0c0"
|80||[[Raksa]]||Hg||6; 12||200,59(2)||13,55||-38,9||356,6||prasejarahprasajarah||tak diketahui
|-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||prasejarahprasajarah||ora dikawruhi
|-style="background-color:#cccccc"
|83||[[Bismut]]||Bi||6; 15||208,98040(1)||9,80||271,4||1560||1540||[[Claude Geoffroy|Geoffroy]]
 
== Akronim ==
* GSI, [[Gesellschaft für Schwerionenforschung]] (MasyarakatMasarakat Penelitian Ion Berat), Wixhausen, Darmstadt, Jerman
* JINR, [[Joint Institute for Nuclear Research]] (Объединённый институт ядерных исследований), Dubna, Oblast Moskwa, Rusia
* LLNL, [[Lawrence Livermore National Laboratory]], Livermore, Kalifornia, AS
 
== Cathetan ==
*{{fnb|1}} Unsur iki ora duwé inti stabil. NilaiAji sajeroning tandha kurung kothak, upamané [209], nuduhaké nomor massa isotop kanthi wektu urip paling dawa unsur kasebut. Nanging ana telu unsur (Torium, Protaktinium, lan Uranium) kang duwé ciri-ciri "terrestrial isotopic composition", saéngga kang dituduhaké ya iku massa atomé.
*{{fnb|2}} Komposisi isotopik unsur iki duwé variasi sajeroning sawetara spesimenspésimèn geologis, lan variasiné mbokmanawa ngluwihi apa kang dituduhaké sajeroning tabel iki.
*{{fnb|3}} Komposisi isotopik unsur iki bisa duwé variasi sajeroning materi komersial, kang bisa nyebabaké berat atom nyimpang sacarakanthi signifikan saka nilaiaji kang dituduhaké sajeroning tabel iki.
*{{fnb|4}} Komposisi isotopik duwé variasi ing materi ''terrestrial'', saéngga berat atom kang luwih persis ora bisa diwènèhaké.
*{{fnb|5}} Berat atom Litium komersial bisa duwé variasi antara 6,939 lan 6,996—analisis materi sacarakanthi spesifik diperlakaké kanggo nemu nilaiaji kang luwih akurat.
 
== Rujukan ==
348.872

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