The Energy Dependence of Selective Hydrogen Atom Abstraction by H(D) Atoms in the Photolysis of Neopentane–Ethane Mixtures at 77 K
Author:
Publisher
The Chemical Society of Japan
Subject
General Chemistry
Link
https://www.jstage.jst.go.jp/article/bcsj1926/53/7/53_7_1813/_pdf
Reference12 articles.
1. Reactions of High Kinetic Energy Species
2. Selective hydrogen atom abstraction by hydrogen atoms in neopentane-alkane mixtures at 77.deg.K
3. Selective hydrogen atom abstraction by hydrogen atoms in photolysis and radiolysis of neopentane-alkane mixtures at 77.deg.K
4. Selective Hydrogen Atom Abstraction by Hydrogen Atoms in Photolysis and Radiolysis of Alkane Mixtures at 77 K
5. Selective formation of solute radical by hydrogen atom in radiolysis and photolysis of alkane mixtures at 77 K
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1. Fascinating Aspects of Tunneling Reactions in Organic Substances;Atom Tunneling Phenomena in Physics, Chemistry and Biology;2004
2. Temperature Effect on Selective Tunneling Abstraction Reaction by H Atoms in Neopentane−Alkane Mixtures at 4−100 K;The Journal of Physical Chemistry A;1998-04-01
3. The Moderation and Tunneling Reaction of Recoil T Atoms in Solid Xenon–Hydrogen Mixtures at 77 K;Bulletin of the Chemical Society of Japan;1990-02
4. Isotope Effect on Hydrogen Atom Abstraction Reaction by Recoil T Atoms in Solidn-C10D22–n-C10H22Mixtures. Comparison of Recoil T Atoms with D Atoms in γ-Radiolysis;Bulletin of the Chemical Society of Japan;1982-06
5. Temperature effect on recoil tritium reactions in solid alkanes at 20-300 K. Comparison of recoil tritium atoms with hydrogen(deuterium) atoms in radiolysis;The Journal of Physical Chemistry;1982-01
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