-
yellow solid (melting
point 600 °C) is the only room-temperature
stable tetrahalide of lead. Lead
tetrafluoride is
isostructural with tin(IV)
fluoride and...
- In
contrast to the
other tetrahalides of titanium, it
adopts a
polymeric structure. In
common with the
other tetrahalides, TiF4 is a
strong Lewis acid...
- +5 for
pentahalides and chalcoalides, but also +2 for
disphosphorus tetrahalides. All four
symmetrical trihalides are well known:
gaseous PF3, the yellowish...
- chromium(IV) are
slightly more
common than
those of chromium(V). The
tetrahalides, CrF4, CrCl4, and CrBr4, can be
produced by
treating the
trihalides (CrX...
- sulfur,
germanium compounds form
salts known as thiogermanates. Four
tetrahalides are known.
Under normal conditions germanium tetraiodide (GeI4) is a...
-
above 700 °C, the
tetrafluoride differs significantly from the
other tetrahalides of tin. SnF4 can be
prepared by the
reaction of tin(IV)
chloride with...
- and tellurium. All four
thorium tetrahalides are known, as are some low-valent
bromides and iodides: the
tetrahalides are all 8-coordinated hygroscopic...
-
halflife of days at room temperature. It is the most
stable of the
diboron tetrahalides, and does not
appreciably decompose under standard conditions. Diboron...
-
structures and are far less
volatile than the
corresponding titanium tetrahalides; they find
applications in the
formation of
organic complexes such as...
-
complexes with
incompletely filled d-s**** are
often tetrahedral, e.g. the
tetrahalides of iron(II), cobalt(II), and nickel(II). In the gas phase, a
single water...
