Explore: Silanes

somewhat similar to that of acetic acid. Silane is of practical interest as a precursor to elemental silicon. Silanes with alkyl groups are effective water

Most silanes contain Si-C bonds, and are discussed under organosilicon compounds. Some contain Si-H bonds and are discussed under hydrosilanes. Silane SiH

produce concentrated Silane-Quats that range from 42% to 72% active ingredient by weight, with the remainder of the formulation being silanes, alkylamines and

The names silanes and boranes are his, based on analogy with the alkanes. The Moissan and Smiles method of preparation of silanes and silane derivatives

with the formula Si(CH3)4. It is the simplest tetraorganosilane. Like all silanes, the TMS framework is tetrahedral. TMS is a building block in organometallic

non-metals end with the suffix -ane: the hydrides of silicon are called silanes (SiH4); the hydrides of boron are boranes (B2H6). The final "-e" is dropped

Ferrosilicon is an alloy of iron and silicon. It has a typical silicon content of 15–90% by weight and a high proportion of iron silicides. Ferrosilicon

silicides. This method produces a mixture of silanes, which required separation on a high vacuum line. The silanes (SinH2n+2) are less thermally stable than

Water as a solvent would also react with silanes, but again, this only matters if for some reason silanes are used or mass-produced by such organisms

reactions involving thiols and tertiary silanes or disilanes. As well as being coupled to each other, tertiary silanes can be coupled with carboxylic acids