; version $VER: ChemicalDB.catalog 1.0a (27.01.2001)
; codeset 0
; language deutsch
;
LOCALE_REACTION_WITH (//)
reaction with
;
LOCALE_REACTION_OF (//)
reaction of
;
LOCALE_VALENCE (//)
valence
;
LOCALE_RENDERMETHOD (//)
Rendermethod
;
LOCALE_OK (//)
Okay
;
LOCALE_BREAK (//)
Break
;
LOCALE_BORN (//)
born: 
;
LOCALE_DIED (//)
died: 
;
LOCALE_NOBELPRICE (//)
Nobel Price for 
;
LOCALE_DISCOVERED (//)
discovered: 
;
LOCALE_NAME (//)
Name:
;
LOCALE_ORIGIN (//)
Origin:
;
LOCALE_DISCOVERER (//)
Discoverer:
;
LOCALE_PHYSICALSTATE (//)
Physical state:
;
LOCALE_SUBSTANCECLASS (//)
Substance class:
;
LOCALE_ATOMICNUMBER (//)
Atomic number:
;
LOCALE_NEUTRONCOUNT (//)
Neutron count:
;
LOCALE_MELTINGPOINT (//)
Melting point:
;
LOCALE_BOILINGPOINT (//)
Boiling point:
;
LOCALE_ATOMICMASS (//)
Atomic mass:
;
LOCALE_SPECIFICGRAVITY (//)
Specific gravity:
;
LOCALE_CHARGE (//)
Charge:
;
LOCALE_ELRESISTIVITY (//)
Electrical resistivity:
;
LOCALE_SPECHEATCAPACITY (//)
Specific heat capacity:
;
LOCALE_THERMCONDUCTIVITY (//)
Thermic conductivity:
;
LOCALE_ATOMICVOLUME (//)
Atomic volume:
;
LOCALE_ATOMICRADIUS (//)
Atomic radius:
;
LOCALE_ENTROPY (//)
Entropy:
;
LOCALE_ELECTRONCONFIG (//)
e- configuration:
;
LOCALE_RADIOACTIVE (//)
  (radioactive)
;
LOCALE_GASEOUS (//)
, gaseous at 20°C
;
LOCALE_LIQUID (//)
, liquid at 20°C
;
LOCALE_SOLID (//)
, solid at 20°C
;
LOCALE_NONMETAL (//)
non-metal
;
LOCALE_SEMIMETAL (//)
semi-metal
;
LOCALE_METAL (//)
metal
;
LOCALE_GROUP_MAIN1 (//)
Alkalimetalgroup, I.Maingroup
;
LOCALE_GROUP_MAIN2 (//)
Earthalkalimetalgroup, II.Maingroup
;
LOCALE_GROUP_MAIN3 (//)
Borongroup, III.Maingroup
;
LOCALE_GROUP_MAIN4 (//)
Carbongroup, IV.Maingroup
;
LOCALE_GROUP_MAIN5 (//)
Nitrogengroup, V.Maingroup
;
LOCALE_GROUP_MAIN6 (//)
Chalkogengroup, VI.Maingroup
;
LOCALE_GROUP_MAIN7 (//)
Halogengroup, VII.Maingroup
;
LOCALE_GROUP_MAIN8 (//)
Noblegasgroup, VIII.Maingroup
;
LOCALE_GROUP_SECONDARY1 (//)
Coppergroup, I.Secondarygroup
;
LOCALE_GROUP_SECONDARY2 (//)
Zincgroup, II.Secondarygroup
;
LOCALE_GROUP_SECONDARY3 (//)
Scandiumgroup, III.Secondarygroup
;
LOCALE_GROUP_SECONDARY4 (//)
Titaniumgroup, IV.Secondarygroup
;
LOCALE_GROUP_SECONDARY5 (//)
Vanadiumgroup, V.Secondarygroup
;
LOCALE_GROUP_SECONDARY6 (//)
Chromiumgroup, VI.Secondarygroup
;
LOCALE_GROUP_SECONDARY7 (//)
Manganesegroup, VII.Secondarygroup
;
LOCALE_GROUP_SECONDARY8 (//)
Irongroup, VIII.Secondarygroup
;
LOCALE_LANTHANOIDS (//)
Lanthanoids
;
LOCALE_ACTINOIDS (//)
Actinoids
;
LOCALE_PARTICLES (//)
particles
;
LOCALE_ELECTRON (//)
Electron
;
LOCALE_SYMBOL (//)
symbol
;
LOCALE_RESTMASS (//)
restmass
;
LOCALE_PARTICLECHARGE (//)
charge
;
LOCALE_MEDIUMLIFESPAN (//)
medium lifespan
;
LOCALE_STABILE (//)
stabile
;
LOCALE_1000SECONDS (//)
10³ seconds
;
LOCALE_22MICROSECONDS (//)
2.2 µseconds
;
LOCALE_10MICROSECONDS (//)
10 µseconds
;
LOCALE_250NANOSECONDS (//)
250 nanoseconds
;
LOCALE_1NANOSECOND (//)
1 nanosecond
;
LOCALE_120NANOSECONDS (//)
120 nanoseconds
;
LOCALE_DECOMPOSEPATTERN (//)
decompose pattern
;
LOCALE_RESP (//)
resp.
;
LOCALE_EXPLAIN1 (//)
A chargeset is equivalent to the charge of 1.60219 × 10^-19 Coulomb
;
LOCALE_EXPLAIN2 (//)
Restmass is refered to restmass of an electron
;
LOCALE_EXPLAIN3 (//)
restmass of an electron: 9.108 × 10^-31 kg
;
LOCALE_SECONDELEMENT1 (//)
Bromine
;
LOCALE_SECONDELEMENT2 (//)
Chlorine
;
LOCALE_SECONDELEMENT3 (//)
Fluorine
;
LOCALE_SECONDELEMENT4 (//)
Iodine
;
LOCALE_SECONDELEMENT5 (//)
Carbon
;
LOCALE_SECONDELEMENT6 (//)
Oxygen
;
LOCALE_SECONDELEMENT7 (//)
Sulphur
;
LOCALE_SECONDELEMENT8 (//)
Selenium
;
LOCALE_SECONDELEMENT9 (//)
Hydrogen
;
LOCALE_SECONDELEMENT10 (//)
Carbonate
;
LOCALE_SECONDELEMENT11 (//)
Cyanide
;
LOCALE_SECONDELEMENT12 (//)
Chlorate
;
LOCALE_SECONDELEMENT13 (//)
Hydroxyde
;
LOCALE_SECONDELEMENT14 (//)
Hydrogencarbonate
;
LOCALE_SECONDELEMENT15 (//)
Nitrate
;
LOCALE_SECONDELEMENT16 (//)
Nitrite
;
LOCALE_SECONDELEMENT17 (//)
Phosphate
;
LOCALE_SECONDELEMENT18 (//)
Sulfate
;
LOCALE_SECONDELEMENT_REAC1 (//)
bromide
;
LOCALE_SECONDELEMENT_REAC2 (//)
chloride
;
LOCALE_SECONDELEMENT_REAC3 (//)
fluoride
;
LOCALE_SECONDELEMENT_REAC4 (//)
iodide
;
LOCALE_SECONDELEMENT_REAC5 (//)
carbide
;
LOCALE_SECONDELEMENT_REAC6 (//)
oxide
;
LOCALE_SECONDELEMENT_REAC7 (//)
sulphuride
;
LOCALE_SECONDELEMENT_REAC8 (//)
selenide
;
LOCALE_SECONDELEMENT_REAC9 (//)
hydrogen
;
LOCALE_SECONDELEMENT_REAC10 (//)
carbonate
;
LOCALE_SECONDELEMENT_REAC11 (//)
cyanide
;
LOCALE_SECONDELEMENT_REAC12 (//)
chlorate
;
LOCALE_SECONDELEMENT_REAC13 (//)
hydroxyde
;
LOCALE_SECONDELEMENT_REAC14 (//)
hydrogencarbonate
;
LOCALE_SECONDELEMENT_REAC15 (//)
nitrate
;
LOCALE_SECONDELEMENT_REAC16 (//)
nitrite
;
LOCALE_SECONDELEMENT_REAC17 (//)
phosphate
;
LOCALE_SECONDELEMENT_REAC18 (//)
sulfate
;
LOCALE_SECONDELEMENT_ALERT_NOBLEGAS (//)
noble gas; no reaction possible
;
LOCALE_ENTDECKER1 (//)
known since antiquity
;
LOCALE_ENTDECKER2 (//)
known in Europe since 1600
;
LOCALE_ENTDECKER3 (//)
known since 15th century
;
LOCALE_ENTDECKER4 (//)
Soviet group
;
LOCALE_ENTDECKER5 (//)
US-american group
;
LOCALE_ENTDECKER6 (//)
Society for research of heavyions
;
LOCALE_ENTDECKER7 (//)
Nobel-institute
;
LOCALE_PREFSMUTUALEXCLUDE1 (//)
long periodic system
;
LOCALE_PREFSMUTUALEXCLUDE2 (//)
original periodic system
;
LOCALE_PERIODE1 (//)
1.Period
;
LOCALE_PERIODE2 (//)
2.Period
;
LOCALE_PERIODE3 (//)
3.Period
;
LOCALE_PERIODE4 (//)
4.Period
;
LOCALE_PERIODE5 (//)
5.Period
;
LOCALE_PERIODE6 (//)
6.Period
;
LOCALE_PERIODE7 (//)
7.Period
;
LOCALE_DISCOVER_1_ELEMENT1 (//)
Lithium, 1817
;
LOCALE_DISCOVER_2_ELEMENT1 (//)
Bromine, 1825
;
LOCALE_DISCOVER_3_ELEMENT1 (//)
Selenium, 1817  Silicon, 1823
;
LOCALE_DISCOVER_3_ELEMENT2 (//)
Thorium, 1828  Zirconium, 1824
;
LOCALE_DISCOVER_3_DATA1 (//)
schwedish chemist
;
LOCALE_DISCOVER_3_DATA2 (//)
established the dualistic
;
LOCALE_DISCOVER_3_DATA3 (//)
hypothesis of chemical bonding
;
LOCALE_DISCOVER_3_DATA4 (//)
introduced chemical sign language
;
LOCALE_DISCOVER_3_DATA5 (//)
and the terms isomerie and catalyst
;
LOCALE_DISCOVER_4_ELEMENT1 (//)
Gallium, 1875  Dysprosium, 1886
;
LOCALE_DISCOVER_4_ELEMENT2 (//)
Samarium, 1879
;
LOCALE_DISCOVER_5_DATA1 (//)
brit. scientist
;
LOCALE_DISCOVER_5_DATA2 (//)
proposed the Boyle-Mariotte-law, which discribes
;
LOCALE_DISCOVER_5_DATA3 (//)
changing of volume of the ideal gas
;
LOCALE_DISCOVER_5_DATA4 (//)
while changing of presure
;
LOCALE_DISCOVER_6_ELEMENT1 (//)
Phosphorus, 1669
;
LOCALE_DISCOVER_7_ELEMENT1 (//)
Cesium & Rubidium, 1860
;
LOCALE_DISCOVER_7_DATA1 (//)
german chemist
;
LOCALE_DISCOVER_7_DATA2 (//)
developed with Kirchhoff the spectrum analysis
;
LOCALE_DISCOVER_7_DATA3 (//)
invented the Bunsen burner
;
LOCALE_DISCOVER_8_ELEMENT1 (//)
Hydrogen, 1766  carbon dioxide
;
LOCALE_DISCOVER_8_DATA1 (//)
brit. scientist
;
LOCALE_DISCOVER_8_DATA2 (//)
determined the gravitation constant
;
LOCALE_DISCOVER_9_ELEMENT1 (//)
Ruthenium, 1844
;
LOCALE_DISCOVER_10_ELEMENT1 (//)
Holmium & Thulium, 1879
;
LOCALE_DISCOVER_10_DATA1 (//)
schwedish chemist and geologist
;
LOCALE_DISCOVER_11_ELEMENT1 (//)
Hafnium, 1923
;
LOCALE_DISCOVER_12_ELEMENT1 (//)
Iodine, 1811
;
LOCALE_DISCOVER_13_ELEMENT1 (//)
Nickel, 1751
;
LOCALE_DISCOVER_14_ELEMENT1 (//)
Thallium, 1861
;
LOCALE_DISCOVER_14_DATA1 (//)
brit. physicist and chemist
;
LOCALE_DISCOVER_14_DATA2 (//)
invented the radiometer and
;
LOCALE_DISCOVER_14_DATA3 (//)
researched on cathode rays
;
LOCALE_DISCOVER_15_ELEMENT1 (//)
Radium & Polonium, 1898
;
LOCALE_DISCOVER_15_NOBELPRICE (//)
physics 1903, for chemistry 1911
;
LOCALE_DISCOVER_15_DATA1 (//)
chemist
;
LOCALE_DISCOVER_15_DATA2 (//)
Nobel Price 1903 she has got together
;
LOCALE_DISCOVER_15_DATA3 (//)
with her husband Pierre Curie
;
LOCALE_DISCOVER_16_ELEMENT1 (//)
Sodium & Potassium, 1807
;
LOCALE_DISCOVER_16_ELEMENT2 (//)
Calcium, 1808  Magnesium, 1831
;
LOCALE_DISCOVER_16_DATA1 (//)
brit. physicist and chemist
;
LOCALE_DISCOVER_16_DATA2 (//)
discovered the electrolysis
;
LOCALE_DISCOVER_16_DATA3 (//)

;
LOCALE_DISCOVER_17_ELEMENT1 (//)
Actinium, 1899
;
LOCALE_DISCOVER_18_ELEMENT1 (//)
Radon, 1900
;
LOCALE_DISCOVER_19_ELEMENT1 (//)
Yttrium, 1794
;
LOCALE_DISCOVER_20_ELEMENT1 (//)
Manganese, 1774
;
LOCALE_DISCOVER_21_ELEMENT1 (//)
Boron, 1808
;
LOCALE_DISCOVER_22_ELEMENT1 (//)
Actinium, 1899
;
LOCALE_DISCOVER_23_ELEMENT1 (//)
Protoactinium, 1917
;
LOCALE_DISCOVER_23_NOBELPRICE (//)
chemistry 1944
;
LOCALE_DISCOVER_23_DATA1 (//)
german chemist
;
LOCALE_DISCOVER_23_DATA2 (//)
together with Straßmann he discovered 1938 the
;
LOCALE_DISCOVER_23_DATA3 (//)
atomic disintegration of Uranium into middle-heavy elements
;
LOCALE_DISCOVER_23_DATA4 (//)
Because of that the basis for using of
;
LOCALE_DISCOVER_23_DATA5 (//)
atomic energy was created
;
LOCALE_DISCOVER_24_ELEMENT1 (//)
Niobium, 1801
;
LOCALE_DISCOVER_25_ELEMENT1 (//)
Hafnium, 1923
;
LOCALE_DISCOVER_25_NOBELPRICE (//)
chemistry 1943
;
LOCALE_DISCOVER_25_DATA1 (//)
hungarian physicist and chemist
;
LOCALE_DISCOVER_26_ELEMENT1 (//)
Molybdenum, 1790
;
LOCALE_DISCOVER_27_ELEMENT1 (//)
Titanium & Strontium, 1795
;
LOCALE_DISCOVER_27_ELEMENT2 (//)
Uranium, 1789  Cerium, 1803
;
LOCALE_DISCOVER_27_DATA1 (//)
german pharmacist and chemist
;
LOCALE_DISCOVER_27_DATA2 (//)
discovered the polymorphism
;
LOCALE_DISCOVER_27_DATA3 (//)
of argonite
;
LOCALE_DISCOVER_28_ELEMENT1 (//)
Astatine, 1940
;
LOCALE_DISCOVER_29_ELEMENT1 (//)
Gadolinium, 1880  Ytterbium, 1878
;
LOCALE_DISCOVER_29_DATA1 (//)
swiss chemist
;
LOCALE_DISCOVER_30_ELEMENT1 (//)
Promethium, 1945
;
LOCALE_DISCOVER_31_ELEMENT1 (//)
Scandium, 1871
;
LOCALE_DISCOVER_31_DATA1 (//)
russ. chemist
;
LOCALE_DISCOVER_31_DATA2 (//)
developed simultaneously with Meyer but
;
LOCALE_DISCOVER_31_DATA3 (//)
independent from him, the periodic system
;
LOCALE_DISCOVER_31_DATA4 (//)
of elements (1869)
;
LOCALE_DISCOVER_32_ELEMENT1 (//)
Fluorine, 1886
;
LOCALE_DISCOVER_32_NOBELPRICE (//)
chemistry 1906
;
LOCALE_DISCOVER_32_DATA1 (//)
french chemist
;
LOCALE_DISCOVER_33_ELEMENT1 (//)
Erbium & Terbium, 1843
;
LOCALE_DISCOVER_33_ELEMENT2 (//)
Lanthanum, 1839
;
LOCALE_DISCOVER_34_ELEMENT1 (//)
Tellurium, 1783
;
LOCALE_DISCOVER_35_ELEMENT1 (//)
Nobelium, 1957
;
LOCALE_DISCOVER_36_ELEMENT1 (//)
Rhenium, 1925
;
LOCALE_DISCOVER_37_ELEMENT1 (//)
Aluminium, 1825
;
LOCALE_DISCOVER_37_DATA1 (//)
discovered, that every electrical current is
;
LOCALE_DISCOVER_37_DATA2 (//)
accompanied by a magnetic field (1820)
;
LOCALE_DISCOVER_38_ELEMENT1 (//)
Francium, 1939
;
LOCALE_DISCOVER_39_ELEMENT1 (//)
Oxygen, 1774
;
LOCALE_DISCOVER_40_ELEMENT1 (//)
Argon, 1894  Helium, 1895
;
LOCALE_DISCOVER_40_ELEMENT2 (//)
Krypton, Neon & Xenon, 1898
;
LOCALE_DISCOVER_40_NOBELPRICE (//)
chemistry 1904
;
LOCALE_DISCOVER_40_DATA1 (//)
brit. chemist
;
LOCALE_DISCOVER_40_DATA2 (//)
noticed the emergence of Helium while
;
LOCALE_DISCOVER_40_DATA3 (//)
atomic deintegration of Radon
;
LOCALE_DISCOVER_40_DATA4 (//)
discovered the noble gases
;
LOCALE_DISCOVER_41_ELEMENT1 (//)
Argon, 1894
;
LOCALE_DISCOVER_41_NOBELPRICE (//)
physics 1904
;
LOCALE_DISCOVER_41_DATA1 (//)
brit. physicist
;
LOCALE_DISCOVER_41_DATA2 (//)
discovered 1894 with Ramsay the Argon
;
LOCALE_DISCOVER_41_DATA3 (//)
explained the azure by the Rayleigh formula
;
LOCALE_DISCOVER_41_DATA4 (//)
of light scattering, while blue light is more
;
LOCALE_DISCOVER_41_DATA5 (//)
scattered than red light
;
LOCALE_DISCOVER_42_ELEMENT1 (//)
Indium, 1863
;
LOCALE_DISCOVER_43_ELEMENT1 (//)
Indium, 1863
;
LOCALE_DISCOVER_44_ELEMENT1 (//)
Tantalum, 1846
;
LOCALE_DISCOVER_45_ELEMENT1 (//)
Nitrogen, 1907
;
LOCALE_DISCOVER_45_NOBELPRICE (//)
chemistry 1908
;
LOCALE_DISCOVER_45_DATA1 (//)
considered to be the founder of modern nuclear physics
;
LOCALE_DISCOVER_45_DATA2 (//)
explained radio active atomic deintegration of
;
LOCALE_DISCOVER_45_DATA3 (//)
elements and achieved 1919 the first
;
LOCALE_DISCOVER_45_DATA4 (//)
artificial atom reaction
;
LOCALE_DISCOVER_46_ELEMENT1 (//)
Oxygen, 1771/72
;
LOCALE_DISCOVER_46_ELEMENT2 (//)
Chlorine & Manganese, 1774
;
LOCALE_DISCOVER_46_DATA1 (//)
schwed. chemist and pharmacist german origin
;
LOCALE_DISCOVER_46_DATA2 (//)

;
LOCALE_DISCOVER_46_DATA3 (//)

;
LOCALE_DISCOVER_46_DATA4 (//)

;
LOCALE_DISCOVER_47_ELEMENT1 (//)
Neptunium, Plutonium, Americium
;
LOCALE_DISCOVER_47_ELEMENT2 (//)
Mendelevium, Californium, Curieum
;
LOCALE_DISCOVER_47_NOBELPRICE (//)
chemistry 1951
;
LOCALE_DISCOVER_47_DATA1 (//)
US-american physicist
;
LOCALE_DISCOVER_47_DATA2 (//)
researched the transurans
;
LOCALE_DISCOVER_48_ELEMENT1 (//)
Vanadium, 1831
;
LOCALE_DISCOVER_49_ELEMENT1 (//)
Technetium, 1937  Astatine, 1940
;
LOCALE_DISCOVER_49_NOBELPRICE (//)
physics 1959
;
LOCALE_DISCOVER_49_DATA1 (//)
US-american physicist ital. origin
;
LOCALE_DISCOVER_49_DATA2 (//)
together with Chamberlain he proofed
;
LOCALE_DISCOVER_49_DATA3 (//)
the existence of antiprotons (1955)
;
LOCALE_DISCOVER_50_ELEMENT1 (//)
Cadmium, 1817
;
LOCALE_DISCOVER_51_ELEMENT1 (//)
Osmium & Iridium, 1804
;
LOCALE_DISCOVER_52_ELEMENT1 (//)
Boron, 1808
;
LOCALE_DISCOVER_53_ELEMENT1 (//)
Berkelium, 1949  Californium, 1950
;
LOCALE_DISCOVER_53_ELEMENT2 (//)
Einsteinium & Fermium, 1954
;
LOCALE_DISCOVER_53_NOBELPRICE (//)
physics 1937
;
LOCALE_DISCOVER_54_ELEMENT1 (//)
Platinum, 1735  Cobalt, 1735
;
LOCALE_DISCOVER_55_ELEMENT1 (//)
Chromium, 1797  Beryllium, 1798
;
LOCALE_DISCOVER_56_ELEMENT1 (//)
Praseodymium & Neodymium, 1885
;
LOCALE_DISCOVER_56_ELEMENT2 (//)
Lutetium, 1907
;
LOCALE_DISCOVER_57_ELEMENT1 (//)
Germanium, 1886
;
LOCALE_DISCOVER_57_DATA1 (//)
german chemist
;
LOCALE_DISCOVER_57_DATA2 (//)
developed contact procedure for producing
;
LOCALE_DISCOVER_57_DATA3 (//)
sulphuric acid
;
LOCALE_DISCOVER_58_ELEMENT1 (//)
Palladium, 1803  Rhodium, 1804
;
LOCALE_ELEMENT_1_NAME (//)
Hydrogen  [H]
;
LOCALE_ELEMENT_2_NAME (//)
Helium  [He]
;
LOCALE_ELEMENT_3_NAME (//)
Lithium  [Li]
;
LOCALE_ELEMENT_4_NAME (//)
Beryllium  [Be]
;
LOCALE_ELEMENT_5_NAME (//)
Boron  [B]
;
LOCALE_ELEMENT_6_NAME (//)
Carbon  [C]
;
LOCALE_ELEMENT_7_NAME (//)
Nitrogen  [N]
;
LOCALE_ELEMENT_8_NAME (//)
Oxygen  [O]
;
LOCALE_ELEMENT_9_NAME (//)
Fluorine  [F]
;
LOCALE_ELEMENT_10_NAME (//)
Neon  [Ne]
;
LOCALE_ELEMENT_11_NAME (//)
Sodium  [Na]
;
LOCALE_ELEMENT_12_NAME (//)
Magnesium  [Mg]
;
LOCALE_ELEMENT_13_NAME (//)
Aluminium  [Al]
;
LOCALE_ELEMENT_14_NAME (//)
Silicon  [Si]
;
LOCALE_ELEMENT_15_NAME (//)
Phosphorus  [P]
;
LOCALE_ELEMENT_16_NAME (//)
Sulphur  [S]
;
LOCALE_ELEMENT_17_NAME (//)
Chlorine  [Cl]
;
LOCALE_ELEMENT_18_NAME (//)
Argon  [Ar]
;
LOCALE_ELEMENT_19_NAME (//)
Potassium  [K]
;
LOCALE_ELEMENT_20_NAME (//)
Calcium  [Ca]
;
LOCALE_ELEMENT_21_NAME (//)
Scandium  [Sc]
;
LOCALE_ELEMENT_22_NAME (//)
Titanium  [Ti]
;
LOCALE_ELEMENT_23_NAME (//)
Vanadium  [V]
;
LOCALE_ELEMENT_24_NAME (//)
Chromium  [Cr]
;
LOCALE_ELEMENT_25_NAME (//)
Manganese  [Mn]
;
LOCALE_ELEMENT_26_NAME (//)
Iron  [Fe]
;
LOCALE_ELEMENT_27_NAME (//)
Cobalt  [Co]
;
LOCALE_ELEMENT_28_NAME (//)
Nickel  [Ni]
;
LOCALE_ELEMENT_29_NAME (//)
Copper  [Cu]
;
LOCALE_ELEMENT_30_NAME (//)
Zinc  [Zn]
;
LOCALE_ELEMENT_31_NAME (//)
Gallium  [Ga]
;
LOCALE_ELEMENT_32_NAME (//)
Germanium  [Ge]
;
LOCALE_ELEMENT_33_NAME (//)
Arsenic  [As]
;
LOCALE_ELEMENT_34_NAME (//)
Selenium  [Se]
;
LOCALE_ELEMENT_35_NAME (//)
Bromine  [Br]
;
LOCALE_ELEMENT_36_NAME (//)
Krypton  [Kr]
;
LOCALE_ELEMENT_37_NAME (//)
Rubidium  [Rb]
;
LOCALE_ELEMENT_38_NAME (//)
Strontium  [Sr]
;
LOCALE_ELEMENT_39_NAME (//)
Yttrium  [Y]
;
LOCALE_ELEMENT_40_NAME (//)
Zirconium  [Zr]
;
LOCALE_ELEMENT_41_NAME (//)
Niobium  [Nb]
;
LOCALE_ELEMENT_42_NAME (//)
Molybdenum  [Mo]
;
LOCALE_ELEMENT_43_NAME (//)
Technetium  [Tc]
;
LOCALE_ELEMENT_44_NAME (//)
Ruthenium  [Ru]
;
LOCALE_ELEMENT_45_NAME (//)
Rhodium  [Rh]
;
LOCALE_ELEMENT_46_NAME (//)
Palladium  [Pd]
;
LOCALE_ELEMENT_47_NAME (//)
Silver  [Ag]
;
LOCALE_ELEMENT_48_NAME (//)
Cadmium  [Cd]
;
LOCALE_ELEMENT_49_NAME (//)
Indium  [In]
;
LOCALE_ELEMENT_50_NAME (//)
Tin  [Sn]
;
LOCALE_ELEMENT_51_NAME (//)
Antimony  [Sb]
;
LOCALE_ELEMENT_52_NAME (//)
Tellurium  [Te]
;
LOCALE_ELEMENT_53_NAME (//)
Iodine  [I]
;
LOCALE_ELEMENT_54_NAME (//)
Xenon  [Xe]
;
LOCALE_ELEMENT_55_NAME (//)
Cesium  [Cs]
;
LOCALE_ELEMENT_56_NAME (//)
Barium  [Ba]
;
LOCALE_ELEMENT_57_NAME (//)
Lanthanium  [La]
;
LOCALE_ELEMENT_58_NAME (//)
Cerium  [Ce]
;
LOCALE_ELEMENT_59_NAME (//)
Praseodymium  [Pm]
;
LOCALE_ELEMENT_60_NAME (//)
Neodymium  [Nd]
;
LOCALE_ELEMENT_61_NAME (//)
Promethium  [Pm]
;
LOCALE_ELEMENT_62_NAME (//)
Samarium  [Sm]
;
LOCALE_ELEMENT_63_NAME (//)
Europium  [Eu]
;
LOCALE_ELEMENT_64_NAME (//)
Gadolinium  [Gd]
;
LOCALE_ELEMENT_65_NAME (//)
Terbium  [Tb]
;
LOCALE_ELEMENT_66_NAME (//)
Dysprosium  [Dy]
;
LOCALE_ELEMENT_67_NAME (//)
Holmium  [Ho]
;
LOCALE_ELEMENT_68_NAME (//)
Erbium  [Er]
;
LOCALE_ELEMENT_69_NAME (//)
Thulium  [Tm]
;
LOCALE_ELEMENT_70_NAME (//)
Ytterbium  [Yb]
;
LOCALE_ELEMENT_71_NAME (//)
Lutetium  [Lu]
;
LOCALE_ELEMENT_72_NAME (//)
Hafnium  [Hf]
;
LOCALE_ELEMENT_73_NAME (//)
Tantalium  [Ta]
;
LOCALE_ELEMENT_74_NAME (//)
Wolfram  [W]
;
LOCALE_ELEMENT_75_NAME (//)
Rhenium  [Re]
;
LOCALE_ELEMENT_76_NAME (//)
Osmium  [Os]
;
LOCALE_ELEMENT_77_NAME (//)
Iridium  [Ir]
;
LOCALE_ELEMENT_78_NAME (//)
Platinum  [Pt]
;
LOCALE_ELEMENT_79_NAME (//)
Gold  [Au]
;
LOCALE_ELEMENT_80_NAME (//)
Mercury  [Hg]
;
LOCALE_ELEMENT_81_NAME (//)
Thallium  [Tl]
;
LOCALE_ELEMENT_82_NAME (//)
Lead  [Pb]
;
LOCALE_ELEMENT_83_NAME (//)
Bismuth  [Bi]
;
LOCALE_ELEMENT_84_NAME (//)
Polonium  [Po]
;
LOCALE_ELEMENT_85_NAME (//)
Astatine  [At]
;
LOCALE_ELEMENT_86_NAME (//)
Radon  [Rn]
;
LOCALE_ELEMENT_87_NAME (//)
Francium  [Fr]
;
LOCALE_ELEMENT_88_NAME (//)
Radium  [Ra]
;
LOCALE_ELEMENT_89_NAME (//)
Actinium  [Ac]
;
LOCALE_ELEMENT_90_NAME (//)
Thorium  [Th]
;
LOCALE_ELEMENT_91_NAME (//)
Protoactinium  [Pa]
;
LOCALE_ELEMENT_92_NAME (//)
Uranium  [U]
;
LOCALE_ELEMENT_93_NAME (//)
Neptunium  [Np]
;
LOCALE_ELEMENT_94_NAME (//)
Plutonium  [Pu]
;
LOCALE_ELEMENT_95_NAME (//)
Americium  [Am]
;
LOCALE_ELEMENT_96_NAME (//)
Curium  [Cm]
;
LOCALE_ELEMENT_97_NAME (//)
Berkelium  [Bk]
;
LOCALE_ELEMENT_98_NAME (//)
Californium  [Cf]
;
LOCALE_ELEMENT_99_NAME (//)
Einsteinium  [Es]
;
LOCALE_ELEMENT_100_NAME (//)
Fermium  [Fm]
;
LOCALE_ELEMENT_101_NAME (//)
Mendelevium  [Md]
;
LOCALE_ELEMENT_102_NAME (//)
Nobelium  [No]
;
LOCALE_ELEMENT_103_NAME (//)
Lawrencium  [Lr]
;
LOCALE_ELEMENT_104_NAME (//)
Kurciatovium  [Ku]
;
LOCALE_ELEMENT_105_NAME (//)
Hahnium  [Ha]
;
LOCALE_ELEMENT_106_NAME (//)
Seaborgium  [Sg]
;
LOCALE_ELEMENT_107_NAME (//)
Bohrium  [Bh]
;
LOCALE_ELEMENT_108_NAME (//)
Hassium  [Hs]
;
LOCALE_ELEMENT_109_NAME (//)
Meitnerium  [Mt]
;
LOCALE_ELEMENT_1_ORIGIN (//)
[lat] Hydrogenium - waterformer
;
LOCALE_ELEMENT_2_ORIGIN (//)
[greek] helios - sun
;
LOCALE_ELEMENT_3_ORIGIN (//)
[greek] lithos - stone
;
LOCALE_ELEMENT_4_ORIGIN (//)
[greek] beryllos - beryll
;
LOCALE_ELEMENT_6_ORIGIN (//)
[lat] Carboneum - carbon
;
LOCALE_ELEMENT_7_ORIGIN (//)
foul air
;
LOCALE_ELEMENT_8_ORIGIN (//)
[greek] Oxygenium - oxygen
;
LOCALE_ELEMENT_9_ORIGIN (//)
[lat] fluere - flow
;
LOCALE_ELEMENT_10_ORIGIN (//)
[greek] neos - new
;
LOCALE_ELEMENT_11_ORIGIN (//)
[ägt] neter - soda
;
LOCALE_ELEMENT_12_ORIGIN (//)
from the town Magnesia of Asia Minor
;
LOCALE_ELEMENT_13_ORIGIN (//)
[lat] alumen - Alum
;
LOCALE_ELEMENT_14_ORIGIN (//)
[lat] silex - pebble
;
LOCALE_ELEMENT_15_ORIGIN (//)
[greek] phosphoros - lightsupport
;
LOCALE_ELEMENT_16_ORIGIN (//)

;
LOCALE_ELEMENT_18_ORIGIN (//)
[greek] argos - sluggish
;
LOCALE_ELEMENT_19_ORIGIN (//)
[arab] al kalja - ash
;
LOCALE_ELEMENT_20_ORIGIN (//)
[lat] calx oder calcis - lime
;
LOCALE_ELEMENT_22_ORIGIN (//)
from the biggest moon of the Jupiter
;
LOCALE_ELEMENT_23_ORIGIN (//)
from the god Vanadin
;
LOCALE_ELEMENT_24_ORIGIN (//)
[greek] chroma - colour
;
LOCALE_ELEMENT_25_ORIGIN (//)
[greek] stone from Magnesia
;
LOCALE_ELEMENT_26_ORIGIN (//)
[lat] ferrum - iron
;
LOCALE_ELEMENT_27_ORIGIN (//)
from the earth spirit Cobold
;
LOCALE_ELEMENT_28_ORIGIN (//)
from the earth spirit Nickel
;
LOCALE_ELEMENT_29_ORIGIN (//)
[lat] aes cypricum - ore from Cyprus
;
LOCALE_ELEMENT_31_ORIGIN (//)
from the country Gaul
;
LOCALE_ELEMENT_32_ORIGIN (//)
from the country Germanien
;
LOCALE_ELEMENT_33_ORIGIN (//)
[greek] arsenikon - arsenium
;
LOCALE_ELEMENT_34_ORIGIN (//)
[greek] selene - moon
;
LOCALE_ELEMENT_35_ORIGIN (//)
[greek] bromus - stink
;
LOCALE_ELEMENT_36_ORIGIN (//)
[greek] kryptos - hidden
;
LOCALE_ELEMENT_37_ORIGIN (//)
[lat] ribidius - dark red
;
LOCALE_ELEMENT_38_ORIGIN (//)
from the scotish town »Strontian«
;
LOCALE_ELEMENT_39_ORIGIN (//)
from the town Ytterby
;
LOCALE_ELEMENT_40_ORIGIN (//)

;
LOCALE_ELEMENT_42_ORIGIN (//)
[greek] molybdos - lead
;
LOCALE_ELEMENT_43_ORIGIN (//)
[greek] technetos - artificial
;
LOCALE_ELEMENT_44_ORIGIN (//)
from the country Ruthen
;
LOCALE_ELEMENT_45_ORIGIN (//)
[greek] rhodeos - rose red
;
LOCALE_ELEMENT_47_ORIGIN (//)
[lat] argentum - silver
;
LOCALE_ELEMENT_48_ORIGIN (//)
[greek] kadmeia - mineral
;
LOCALE_ELEMENT_49_ORIGIN (//)
from indigo line of light spectrum
;
LOCALE_ELEMENT_50_ORIGIN (//)
[greek] kassiteros - tin
;
LOCALE_ELEMENT_52_ORIGIN (//)
[lat] tellus - earth
;
LOCALE_ELEMENT_53_ORIGIN (//)
[greek] ioeides - violet
;
LOCALE_ELEMENT_54_ORIGIN (//)
[greek] xenos - strange
;
LOCALE_ELEMENT_55_ORIGIN (//)
[lat] caesius - azure
;
LOCALE_ELEMENT_56_ORIGIN (//)
[greek] barys - heavy
;
LOCALE_ELEMENT_57_ORIGIN (//)
[greek] lanthanein - be hidden
;
LOCALE_ELEMENT_58_ORIGIN (//)
rare earth metal
;
LOCALE_ELEMENT_63_ORIGIN (//)
from europe
;
LOCALE_ELEMENT_64_ORIGIN (//)
in honour of Gadolins
;
LOCALE_ELEMENT_70_ORIGIN (//)
from the town Ytterby
;
LOCALE_ELEMENT_72_ORIGIN (//)
[lat] Hafniae - Copenhagen
;
LOCALE_ELEMENT_73_ORIGIN (//)
from Ekeberg
;
LOCALE_ELEMENT_74_ORIGIN (//)
[lat] lupi spruma - wolf froth
;
LOCALE_ELEMENT_75_ORIGIN (//)
from the Rhine
;
LOCALE_ELEMENT_76_ORIGIN (//)
[greek] osme - smell
;
LOCALE_ELEMENT_77_ORIGIN (//)
[greek] iridios - rainbow coloured
;
LOCALE_ELEMENT_78_ORIGIN (//)
[span] plata - silver
;
LOCALE_ELEMENT_79_ORIGIN (//)
[lat] aurum - gold
;
LOCALE_ELEMENT_80_ORIGIN (//)
[lat] Hydrargyrum - watersilver
;
LOCALE_ELEMENT_81_ORIGIN (//)
[greek] thallos - green branch
;
LOCALE_ELEMENT_82_ORIGIN (//)
[lat] plumbum - lead
;
LOCALE_ELEMENT_83_ORIGIN (//)
from the town »in den Wiesen« near St. Georgen
;
LOCALE_ELEMENT_84_ORIGIN (//)
from the country Poland
;
LOCALE_ELEMENT_85_ORIGIN (//)
[greek] astatos - unsteady
;
LOCALE_ELEMENT_86_ORIGIN (//)
[lat] radius - ray
;
LOCALE_ELEMENT_87_ORIGIN (//)
in honour of his home country France
;
LOCALE_ELEMENT_88_ORIGIN (//)
[lat] radius - ray
;
LOCALE_ELEMENT_89_ORIGIN (//)
[greek] aktinoeis - radiating
;
LOCALE_ELEMENT_90_ORIGIN (//)
from the teutonic god of thunder Thor
;
LOCALE_ELEMENT_93_ORIGIN (//)
from the romanic god of oceans
;
LOCALE_ELEMENT_94_ORIGIN (//)
from the greek god of richness and abundance
;
LOCALE_ELEMENT_95_ORIGIN (//)
in honour of his home country
;
LOCALE_ELEMENT_96_ORIGIN (//)
in honour of Marie Curie
;
LOCALE_ELEMENT_98_ORIGIN (//)
in honour of his home country
;
LOCALE_ELEMENT_99_ORIGIN (//)
in honour of Albert Einstein
;
LOCALE_ELEMENT_101_ORIGIN (//)
in honour of Mendelev
;
LOCALE_ELEMENT_102_ORIGIN (//)
in honour of Alfred Nobel
;
LOCALE_ELEMENT_103_ORIGIN (//)
in honour of Ernest Orlando Lawrence
;
LOCALE_ELEMENT_104_ORIGIN (//)
in honour of Kurciatov
;
LOCALE_ELEMENT_105_ORIGIN (//)
in honour of Otto Hahn
;
LOCALE_ELEMENT_106_ORIGIN (//)
in honour of Seaborg
;
LOCALE_ELEMENT_107_ORIGIN (//)
in honour of Bohr
;
LOCALE_ELEMENT_108_ORIGIN (//)
in honour of Hass
;
LOCALE_ELEMENT_109_ORIGIN (//)
in honour of Meitner
;
LOCALE_MENU1 (//)
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;
LOCALE_MENU2 (//)
Preferences
;
LOCALE_MENU3 (//)
About
;
LOCALE_MENU4 (//)
Quit
;
LOCALE_MENU5 (//)
Extra
;
LOCALE_MENU6 (//)
Create reactionformula
;
LOCALE_MENU7 (//)
Discoverer
;
LOCALE_MENU8 (//)
Subatomic particles
;
LOCALE_WINDOW1TITLE (//)
Chemical Database
;
LOCALE_WINDOW3TITLE (//)
Create reactionformula
;
LOCALE_WINDOW4TITLE (//)
Discoverer data
;
LOCALE_WINDOW5TITLE (//)
Subatomic particles
;
LOCALE_WINDOW6TITLE (//)
Preferences
;
LOCALE_SCREENTITLE (//)
Chemical database version 1.0a  created by Emperor (available at www.aminet.de/dev/c)
;
LOCALE_INFOREQUEST_TITLE (//)
Chemical database V1.0a informations
;
LOCALE_INFOREQUEST_BODY (//)
Chemical database version 1.0a\nwas written by Matthias Gietzelt\n\nChemical database was developed with Emperor.\nEmperor is downloadable at Aminetdirectory dev/c/\n\nDate: 27.01.2001\nEMail: shamane@exmail.de
;
LOCALE_INFOREQUEST_GADS (//)
Okay
;
LOCALE_QUITREQUEST_TITLE (//)
Chemical Database request
;
LOCALE_QUITREQUEST_BODY (//)
Do you really want to quit\nthis program Chemical database ?
;
LOCALE_QUITREQUEST_GADS (//)
Yes|No
;