-
tetrachloride or
stannic chloride, is an
inorganic compound with the
formula SnCl4. It is a
colorless hygroscopic liquid,
which fumes on
contact with air....
-
SnH4. It is a
colourless gas and the tin
analogue of methane.
Stannane can be
prepared by the
reaction of
SnCl4 and Li[AlH4].
SnCl4 + Li[AlH4] →
SnH4...
- tin
metal to give
SnCl4 whereas the
reaction of
hydrochloric acid and tin
produces SnCl 2 and
hydrogen gas.
Alternatively SnCl4 and
Sn combine to stannous...
-
chloride (
SnCl4).
SnCl2 has a lone pair of electrons, such that the
molecule in the gas
phase is bent. In the
solid state,
crystalline SnCl2
forms chains...
- unreactive. An
alternative synthesis is the
reaction of
SnCl4 with
anhydrous hydrogen fluoride:
SnCl4 + 4HF →
SnF4 + 4HCl With
alkali metal fluorides (e.g. KF)...
- Ti
Cl4 contains a
variety of
other volatile halides,
including vanadyl chloride (VOCl3),
silicon tetrachloride (Si
Cl4), and tin
tetrachloride (
SnCl4),...
- chloride,
containing tin in its
highest oxidation state: 4 HCl + 2 HNO3 +
Sn →
SnCl4 + NO2 + NO + 3 H2O It can
react with iron
pyrite to form Iron(III) chloride:...
- or "jeweler's putty".
SnO2
coatings can be
applied using chemical vapor deposition,
vapour deposition techniques that
employ SnCl4 or
organotin trihalides...
- + 2 H2O + K2SO4 With Sn2+ ions, N2O is formed: 2 HNO2 + 6 HCl + 2
SnCl2 → 2
SnCl4 + N2O + 3 H2O + 2 KCl With SO2 gas, NH2OH is formed: 2 HNO2 + 6 H2O...
-
Lewis acid
reagents focused on
easily available compounds such as Ti
Cl4, BF3,
SnCl4, and AlCl3. Over the years,
versatile catalysts bearing ligands designed...