SiH4

This new dissociative δ-mode is characterized by a high dissociation degree of gas molecules actually up to 100% in NF3 and up to 70% in SiH4, higher resistivity and a large discharge current.

Archive 2008-07-01 EliRabett 2008

The dissociation products of NF3 and SiH4 molecules possess lower ionization potentials, and they form an easily ionized admixture to the main gas.

Archive 2008-07-01 EliRabett 2008

As it ascends towards the surface of the earth, it passes through the SiC layer, and reacts with the Si and the C to form CH4 (methane) and SiH4 (silane).

Should Keller's Thin Sections Be Independently Tested? « Climate Audit 2006

The SiH4 is very reactive, and it reacts with O2 and H2O to form silicates, thus granites.

Should Keller's Thin Sections Be Independently Tested? « Climate Audit 2006

This is accomplished by bathing the resulting impure silicon product in hot hydrogen gas, causing the silicon to turn into silane SiH4.

The Case for Mars Robert Zubrin 1996

This is accomplished by bathing the resulting impure silicon product in hot hydrogen gas, causing the silicon to turn into silane SiH4.

The Case for Mars Robert Zubrin 1996

A few thousand tons of SiH4 are produced annually worldwide, a number that will swell in the future as more and more microelectronics, flat panels and silicon photovoltaics are produced.

Scientific American 2010

Still, only silane (SiH4) has been linked directly to any deaths as a result of the solar industry.

Scientific American 2010

Still, only silane (SiH4) has been linked directly to any deaths as a result of the solar industry.

Scientific American 2010

A few thousand tons of SiH4 are produced annually worldwide, a number that will swell in the future as more and more microelectronics, flat panels and silicon photovoltaics are produced.

Scientific American 2010