Historical names elements in languages: Albanian, Basque, Belarusian, Bulgarian, Catalan, Croatian, Czech, Danish, Dutch, English, Estonian, Faroese, Finnish, French, Galician, Georgian, German, Hungarian, Icelandic, Irish, Italian, Latin, Latvian, Lithuanian, Macedonian, Manx, Norwegian, Polish, Portuguese, Romanian, Russian, Rusyn, Scots, Scottish Gaelic, Serbian, Slovak, Slovenian, Sorbian (Lower and Upper), Spanish, Swedish, Turkish, Ukrainian, Welsh ///// Modern German

	1517
	Johannes Murmellius

	1532

1792 wasserstoff Johann Friedrich August Göttling        kohlenstoff salpeterluft sauerstoff lebensluft_feuerluft     schiefersteinmetall     phosphor schwefel               braunsteinmetall eisen kobold   kupfer zink     arsenikkkönig               wasserbleymetall         silber     zinn spiesglanzkönig               wolfram       platina gold quecksilber   bley wismuth     23.03.2024 09:50:14                                     uranium

1793

1787French, 1788Spanish, 1791Italian, 1793German, 1796English

Karl Freyherr von Meidinger převzal principy přechodu na nové vědecké názvosloví, když v knize CHEMISCHEN NOMENKLATUR přeložil v roce 1793 knihu Méthode de nomenclature chimique, která vyšla v roce 1787 ve francoužštině, v roce 1788 ve španělštině a v roce 1791 v italštině. Poté ještě vyšla v roce 1796 v angličtině.

1803                                                       23.03.2024 09:50:14

1813

1814 Hans Christian Oersted

1817                                                     23.03.2024 09:50:14

1817 wasserstoff Johann Salomo Christoph Schweigger  lithion glycinium boron   stickstoff sauerstoff fluorin natrium talcium argillium silicium phosphor schwefel chlorin kalium calcium   titan   chrom mangan eisen kobalt nickel kupfer zink     arsenik selenium     strontium yttrium zirkonium   molybdän     rhodium palladium silber kadmium   zinn antimon tellur iodin   baryum       wolfram   osmium iridium platin gold quecksilber   blei wismuth     23.03.2024 09:50:14   cerium                             thorinium   uran

1819 Friedrich Arnold Brockhaus

23.03.2024 09:50:14

1822 H Wasserstoff L Lythin Be Beryllin B Boron C Kohlenstoff N Salpeterstoff O Sauerstoff F Flusssäurebalis Na Natronin Tc Talcin Al Aluminin Si Silicin P Phosphor S Schwefel Hl Halogen K Kalin     Ti Titan   Ch Chrom Mn Mangan Fe Eisen   Ni Nickel Cu Kupfer Zn Zink     As Arsenik Se Selen     Sr Strontin Y Yttrin Zr Zirkonin Ta Tantal Mo Molybdän       Pa Pallad Ag Silber Cd Cadm   Sn Zinn Sb Antimon Te Tellur     Ba Barin     Sch Scheel   Os Osm Ir Irid Pl Platin Au Gold Hg Quecksilber   Pb Bley Bi Wismuth               Ce Cer                               U Uran

Are not chemical elements: Chr. rothes Licht.; Chc. blaues Licht.; Chl.gelbes Licht; Th. Wärmesstoff. Mixture of several metals (Cu, Fe, Pb, Ni...) Wo. Wodan.

1825

1828

1837

H wasserstoff Deutch 1837 Periodensystem - Ernst Ludwig Schubart L lithium Be_beryllium G_glucynium B bor C kohlenstoff N stickstoff O sauerstoff F fluor Na natrium Mg magnesium Al alumium Si kiesel P phosphor S schwefel Cl chlor K kalium Ca calcium   Ti titan V vanadium Cr chrom Mn mangan Fe eisen Co kobalt Ni nickel Cu kupfer Zn zink     As arsenik Se selen Br brom   Sr strontium Y yttrium Zr zirkonium   Mo molybdän     R rhodium Pd palladium Ag silber Cd kadmium   Sn zinn Sb spiefsglanz Te tellur I iod   Ba barytium     Ta tantalum W_wolfram wolframmetall   Os osmium Ir iridium Pt platin Au gold Hg quecksilber   Pb blei Bi wismuth     23.03.2024 09:50:14   Ce cererium                             Th thorium   U uran

1843

1850

H

Li

Be

B

C

N

O

F

Na

Mg

Al

Si

P

S

Cl

K

Ca

Ti

V

Cr

Mn

Fe

Co

Ni

Cu

Zn

As

Se

Br

Sr

Y

Zr

Nb

Mo

Ru

R

Pd

Ag

Cd

Sn

Sb

Te

I

Ba

La

Ta

W

Os

Ir

Pt

Au

Hy

Pb

Bi

23.03.2024 09:50:14

Ce

D

Tb

E

Th

U

1863 H Wasserstoff       C Kolenstoff N Stickstoff O Sauerstoff   Na Natronmetall   Al Thonmetall Si Kiesel P Phosphor S Schwefel Chlor K Kalimetall Ca Kalkmetall           Fe Eisen Kobalt Nickel Kupfer           Brom                     Silber     Zinn Antimon                       Platin Gold Quecksilber   Blei

[1862 Chancourtois][1864 Meyer][1864 Odling][1865 Newlands][1869 Mendeleev]

< 1864 / 1868 >

1871 H       C N O Na   Al Si P S K Ca           Fe

1879

1882

1882 norwegium 1902

1902

1895

1902

1905

• Aremarkably modern looking formulation in that it separates not only the transition metals but also the rare earths into separate blocks to give what we would now call a "long-form 32 column table". This formulation is also interesting for showing an element between H and He and two elements before H.

1911

1918

49 "Jn" "indium" 69 "Tu I" "thulium I" 70 "Ad" "Aldebaranium" 71 "Cp" "Cassiopeium" 72 "Tu II" "thulium II" 86 "Em" "emanation" 91 "Bv" "brevium" [ 1918][ 1918][ 1921]

1926 Andreas von Antropoff

1927-1929

1940

1960

1970

1985

1992 - 1997

1992

104 Db, 105 Jl, 106 Rf, 107 Bh, 108 Hn, 109 Mt1994

IUPAC 1994 IUPAC 1997 IUPAC 2003/2004/2010 Ds 2003; Rg 2004; Cn 2010

2012

Eine andere Variante

2017

IUPAC 12/2016 Deutsch

Historical names elements in languages: Albanian, Basque, Belarusian, Bulgarian, Catalan, Croatian, Czech, Danish, Dutch, English, Estonian, Faroese, Finnish, French, Galician, Georgian, German, Hungarian, Icelandic, Irish, Italian, Latin, Latvian, Lithuanian, Macedonian, Manx, Norwegian, Polish, Portuguese, Romanian, Russian, Rusyn, Scots, Scottish Gaelic, Serbian, Slovak, Slovenian, Sorbian (Lower and Upper), Spanish, Swedish, Turkish, Ukrainian, Welsh ///// Modern German