-
general reasons for this: (1) they may
condense to form
oligomers (e.g., H2Cr
O4 to H2Cr2O7), or
dehydrate all the way to form the
anhydride (e.g., H2CO3 to...
- FeMo
O4. Iron(II)
molybdate is
prepared by the
reaction of iron(II)
chloride or iron(II)
sulfate and
sodium molybdate. Na2Mo
O4 + FeSO4 → Na2SO4 + FeMo
O4 Na2MoO4...
- Fe(−II)
H2Fe(CO)4 Na2Fe(CO)4 Fe(0) Fe(CO)5 Fe2(CO)9 Fe3(CO)12 Fe(CO)3CH3COC2H2C6H6 Fe(I) FeH Fe(0,II) Fe3C Fe(II) FeH2 Mg2FeH6 FeF2 FeCl2 Fe(Cl
O4)2 FeBr2...
- Fe(−II)
H2Fe(CO)4 Na2Fe(CO)4 Fe(0) Fe(CO)5 Fe2(CO)9 Fe3(CO)12 Fe(CO)3CH3COC2H2C6H6 Fe(I) FeH Fe(0,II) Fe3C Fe(II) FeH2 Mg2FeH6 FeF2 FeCl2 Fe(Cl
O4)2 FeBr2...
-
garnet (YIG) is a kind of
synthetic garnet, with
chemical composition Y3Fe2(Fe
O4)3, or Y3Fe5O12. It is a
ferrimagnetic material with a
Curie temperature of...
- Fe(−II)
H2Fe(CO)4 Na2Fe(CO)4 Fe(0) Fe(CO)5 Fe2(CO)9 Fe3(CO)12 Fe(CO)3CH3COC2H2C6H6 Fe(I) FeH Fe(0,II) Fe3C Fe(II) FeH2 Mg2FeH6 FeF2 FeCl2 Fe(Cl
O4)2 FeBr2...
-
tetracarbonyl to
produce the iron dihydride: 2 HCl + Na2Fe(CO)4 → 2 NaCl +
H2Fe(CO)4
Reaction between an acid and a
carbonate or
bicarbonate salt yields...
- Fe(−II)
H2Fe(CO)4 Na2Fe(CO)4 Fe(0) Fe(CO)5 Fe2(CO)9 Fe3(CO)12 Fe(CO)3CH3COC2H2C6H6 Fe(I) FeH Fe(0,II) Fe3C Fe(II) FeH2 Mg2FeH6 FeF2 FeCl2 Fe(Cl
O4)2 FeBr2...
- Fe(−II)
H2Fe(CO)4 Na2Fe(CO)4 Fe(0) Fe(CO)5 Fe2(CO)9 Fe3(CO)12 Fe(CO)3CH3COC2H2C6H6 Fe(I) FeH Fe(0,II) Fe3C Fe(II) FeH2 Mg2FeH6 FeF2 FeCl2 Fe(Cl
O4)2 FeBr2...
-
tetracarbonyl dihydride is the
organometallic compound with the
formula H2Fe(CO)4. This
compound was the
first transition metal hydride discovered. The...