-
secondary and much
smaller contribution to the silicon–oxygen bond in
disiloxanes involves π
backbonding from
oxygen 2p
orbitals to
silicon 3d orbitals...
-
reactive tetraethoxysilane - (TEOS) or
ethyl polysilicate and
various disiloxanes are used as
starting materials. The
algae Stichococcus bacillaris, and...
-
hydrolysis of
trimethylsilyl chloride. The
molecule is the
protypical disiloxane and
resembles a
subunit of polydimethylsiloxane. Hexamethyldisiloxane...
-
basicities of
alkoxides and
siloxides are similar.
Silanols condense to give
disiloxanes: 2 R3SiOH → R3Si−O−SiR3 + H2O The
conversions of
silyl halides, acetates...
- are
silyl enol
ethers R3Si−O−CR=CR2 (containing the Si−O−C linkage),
disiloxane H3Si−O−SiH3 (the
other name of this
compound is
disilyl ether, containing...
-
citronellyl acetate, methyleugenol, heptadecane, pentadecane, docosane, nerol,
disiloxane, octadecane, and pentacosane. Usually,
phenylethyl alcohol is responsible...
-
Hazard statements H361f, H410 M=10
Related compounds Related compounds Disiloxane Tetramethylsilane Dimethyl ether Bis(trimethylsilyl)amine...
- centre,
coordination to
Lewis acids or bases, or by
steric shielding.
Disiloxane groups, Si–O–Si, tend to have
larger bond
angles than
their carbon counterparts...
- 491-02-1 C10H20O
rhodinol 6812-78-8 C10H20OSi2
cyclopentadienyl pentamethyl disiloxane 119415-97-3 C10H20O2
decanoic acid 334-48-5 C10H20O2 hydroxycitronellal...
-
catalyst is an
organoplatinum compound derived from divinyl-containing
disiloxane. This
coordination complex is
widely used in
hydrosilylation catalysis...
