Application Germanium(IV) fluoride in combination with disilane gas has recently been used to fabricate SiGe crystallites directly on glass substrates.1 Intense visible light emission from Ge and Si nanocrystals is of particular interest because of potential uses in optoelectronic devices.2,3 Packaging 50 g in steel cylinder Packaged in electropolished stainless steel lecture bottle with a stainless steel valve and CGA 330 outlet. Recommended products Monel control valve Z146978 or Monel gas regulator Z562483 is recommended. Requires 316 SS gas regulator Z173959 or Z173967.
Application Employed in studies on room-temperature oxidation of noble metals1 and the fabrication of SiGe crystallites on glass substrates.2 Germanium(IV) fluoride in combination with disilane gas has recently been used to fabricate SiGe crystallites directly on glass substrates. Intense visible light emission from Ge and Si nanocrystals is of particular interest because of potential uses in optoelectronic devices. General description Atomic number of base material: 32 Germanium Packaging 15 g in steel cylinder 5 g in ss cylinder Packaged in electropolished stainless steel lecture bottle with a stainless steel valve and CGA 330 outlet. Recommended products Monel gas regulators Z562483 or Z405981 (CGA 330) are recommended. Requires 316 SS gas regulator Z173959 or Z173967.
Corrosive (C)