Home
|
Site Map
|
Copyright
|
Contact us
|
Privacy
|
Chemical elements
Cerium
Isotopes
Energy
Production
Application
Physical Properties
Chemical Properties
Cerous hydride
Cerous fluoride
Cerous chloride
Cerous oxychloride
Cerous bromide
Cerous iodide
Cerous perchlorate
Cerous bromate
Cerous iodate
Cerous oxide
Cerous sesquioxide
Cerous hydroxide
Cerous sulphide
Cerous persulphide
Cerous oxysulphide
Cerous sulphite
Cerous sulphate
Cerous dithionate
Cerous selenite
Cerous selenate
Cerous chromate
Cerous molybdate
Cerous tungstate
Cerous nitride
Cerous nitrite
Cerous nitrate
Cerous hypophosphite
Cerous orthophosphate
Cerous vanadate
Cerous carbide
Cerous silicide
Cerous carbonate
Cerous thiocyanate
Cerous platinocyanide
Cerous oxalate
Cerous silicate
Ceric fluoride
Ceric chloride
Ceric iodate
Ceroceric oxide
Ceroceric hydroxide
Ceric oxide
Cerium dioxide
Ceria
Ceric hydroxide
Perceric hydroxide
Ceric hydrosulphate
Ceric sulphate
Ceric selenite
Ceric chromate
Ceric molybdate
Ceric nitrate
Ceric ammonium nitrate
Ceric orthophosphate
Ceric dihydrogen arsenate
Ceric carbonate
Perceric carbonate
Ceric acetate
Ceric oxalate
Ceric acetylacetonate
Ceric borate
PDB 1ak8-1n65
Cerous fluoride, CeF
3
Follow @Atomistry
Cerous fluoride,
Ce
F
3
, is said by Brauner to be obtained by carefully heating ceric fluoride to dull redness. The hemihydrate, 2
Ce
F
3
.
H
2
O
, is obtained by double decomposition. Cerous fluoride forms no compound with potassium fluoride.
© Copyright 2008-2012 by atomistry.com