Formation of hydrogen in the photolysis of diborane at 1849 A

Bufalini, Marijon; Todd, J. E.

doi:10.1021/j100856a002

Cited by 7 publications

(3 citation statements)

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“…An extensive interpretation of states' obligations to protect lives in the high seas may be fostered by Objective 8 and this must be appraised. 113…”

Section: Objective 8 and The Specific Case Of Distress At Seamentioning

confidence: 99%

Objective 8 at the Crossroads Between Human Rights and National Sovereignty

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“…An extensive interpretation of states' obligations to protect lives in the high seas may be fostered by Objective 8 and this must be appraised. 113…”

Section: Objective 8 and The Specific Case Of Distress At Seamentioning

confidence: 99%

Objective 8 at the Crossroads Between Human Rights and National Sovereignty

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2021

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“…Another interesting compound whose photolysis [41] produces hot H atoms is B 2Hs: at 1849 A. about 70% of the photodecomposition is to B 2H 5+H.…”

Section: C) Other Candidates Moleculesmentioning

confidence: 99%

“…Photolysis of other hydrogenated substances have been studied in presence of deuterium: HzS [38], CHgSH [43], B zH6 [41]. Instead of looking at the photolysis of their isotopic analogues, the authors have compared the hot H + D z reaction with other abstraction reactions, mostly with deuterated alkanes; therefore I will report their results in the following section.…”

Section: C) Isotopic Exchanges With Hydrogen Moleculesmentioning

confidence: 99%

Hot H Atoms in Gas Phase Photochemistry

Vermeil¹

1970

Israel Journal of Chemistry

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By photolyzing hydrogenated molecules, H or D atoms with kinetic energies in the range of about o.sre 5 eV are produced. The special features of their chemical properties are reviewed and compared with recoil tritium atom reactions on the one hand and with systems in thermal equilibrium 011 the other. Although the mechanism of reactive and non-reactive collisions are by no means well known. hot hydrogen atom chemistry is, in first approximation, rather similar to high temperature chemistry. Howe ve r , energy losses by energy transfer to molecules and even to rare gases are much smaller than expected from classical hard-sphere models. For the sake of clearness, this article is rather arbitrarily, divided into three parts: physical aspects. various modes of formation and chemical properties.

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Recent Studies of Diborane

Long

1972

Progress in Inorganic Chemistry

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Formation of hydrogen in the photolysis of diborane at 1849 A

Cited by 7 publications

References 0 publications

Objective 8 at the Crossroads Between Human Rights and National Sovereignty

Objective 8 at the Crossroads Between Human Rights and National Sovereignty

Hot H Atoms in Gas Phase Photochemistry

Recent Studies of Diborane

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