hlultiphoton absorption processes and laser induced dielectnc breakdown studies of the reaction of SF6 and SFe/Hz mbturss have been carried out at a van&y of pressures and laser fluences\_ Formation of SF+. SOF4 and S02Fz can be shown to proceed via conventional, thermodynamically controlled reactio
Particulate formation induced by infrared laser dielectric breakdown
β Scribed by A.M. Ronn
- Publisher
- Elsevier Science
- Year
- 1976
- Tongue
- English
- Weight
- 409 KB
- Volume
- 42
- Category
- Article
- ISSN
- 0009-2614
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β¦ Synopsis
Laser induced dielectric breakdown has &en utilized to initiate, sustain and study a number of chemical reactions.
A I joule per Iine TEA CO2 Iaser has been used as the source to induce dielectric breakdown. Product analysis was caxried out by mass spectrometry and infrared spcc%oscop~. The reactions and method are discussed in terms of efficiency, selectivity and scope.
π SIMILAR VOLUMES
laser-induced dielectric breakdown has been used to initiate fragmentation in molecular gases nnd p-is mixtures. The ecnicsion .\pcctra OT the atoms. ions. and molecular fragments has been assigned and used to identify specific components of\_rixcn mixtures. While this study only reports on mixtures
Laser induced dielectric breakdown (LIDB) has been documented in UF6 at pressures ranging from 8-100 ton. A high power, line selectable TEA CO2 laser has been used as the source to induce the dielectric breakdown (DB). Reactions of the fragmented UFb with Hz have been studied at various pressure rat