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Chemical elements
Lithium
Isotopes
Energy
Production
Application
Physical Properties
Chemical Properties
Lithium hydride
Lithium chloride
Lithium bromide
Lithium iodide
Lithium iodide tetrachloride
Lithium hypochlorite
Lithium chlorate
Lithium perchlorate
Lithium bromate
Lithium iodate
Lithium periodates
Lithium monoxide
Lithium peroxide
Lithium hydroxide
Lithium monosulphide
Lithium polysulphides
Lithium sulphite
Lithium sulphate
Lithium persulphate
Lithium thiosulphate
Lithium dithionate
Lithium selenide
Lithium selenite
Lithium selenate
Lithium chromate
Lithium permanganate
Lithium molybdates
Lithium nitride
Lithium hydrazoate
Lithamide
Lithium nitrite
Lithium nitrate
Lithium phosphide
Lithium orthophosphate
Lithium pyrophosphate
Lithium metaphosphate
Lithium arsenide
Lithium meta-arsenite
Lithium arsenate
Lithium antimonide
Lithium antimonate
Lithium carbide
Lithium carbonate
Lithium percarbonate
Lithium cyanide
Lithium thiocyanate
Lithium silicide
Lithium silicates
Lithium borates
Lithium selenate, Li
2
SeO
4
Follow @Atomistry
Neutralization of selenic acid with lithium carbonate and concentration of the solution yields, according to the temperature, either the monoclinic hydrate,
Li
2
Se
O
4
,
H
2
O
, or the rhombic anhydrous salt.
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