The fractional ditsociatlon, 32 r, of 32SFc by the output of J pulsed TEA CO2 laser has been found to depend upon Q. the tota intcgratcd laser intensity. as 32~q 0: mm for both th.: P(20) and P( 16) laser lines. where fn = 3 m the range 2 < Q < 7.2 J/cm2 and incrcxcs from 3 to \* 4 as cl1 IS reduced
D4 Dependence of infrared dissociation of SF6 on laser pulse energy
β Scribed by T.P. Cotter; W. Fuss
- Publisher
- Elsevier Science
- Year
- 1976
- Tongue
- English
- Weight
- 93 KB
- Volume
- 18
- Category
- Article
- ISSN
- 0030-4018
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π SIMILAR VOLUMES
The dissociation of UFe sensitized by SFe excited with a pulsed CO\* laser in the presence of Iis and Co as scavc~ge~s has been investigated. in the SF~--UF~-HZ system the dissociation yieIds have been determined as a function of the laser frezyncy, the fluence. and Hs partial pressure. A masimum di
Crossed laser and molecular beams were. used to obtain the recoii-energy distributions of fragments in the study af multiphoton dissociation of SF& The measured recoil-ener\_gy distributions of SFs under a laser excitation of = 10 J/cm' are in good agreement with the theoretical prediction of the RR