Deuterium isotope effect in electron impact desorption of hydrogen on tungsten
β Scribed by W. Jelend; D. Menzel
- Publisher
- Elsevier Science
- Year
- 1973
- Tongue
- English
- Weight
- 230 KB
- Volume
- 21
- Category
- Article
- ISSN
- 0009-2614
No coin nor oath required. For personal study only.
π SIMILAR VOLUMES
Some of the important combustion properties of deuterium such as flammability limits, laminar burning velocities, and detonation cell widths have been determined experimentally. The experiments provide a basis for evaluating the properties of deuterium-air or deuterium-oxygen-diluent mixtures from t
Path integral Monte Carlo calculations have been used to investigate the isotope effect on the "melting" of small clusters of para-hydrogen Q-H\*) and ortho-deuterium (o-D2). While clusters of (o.D~)~ with N= 13 and 55 exhibit a quantum-lipid+quantum-solid "freezing" transition in a temperature regi
## Abstract A series of intramolecularly hydrogenβbonded enamines, enols and enethiols with ester carbonylic, ketonic carbonylic, thioester carbonylic, nitro and sulphoxide acceptors were investigated to obtain ^13^C chemical shifts and deuterium isotope effects. Results from 33 new compounds and s
Laser desorption of neutral molecules followed by electron impact ionization is shown to produce gaseous ion radicals that undergo fragmentation analogous to that observed with electron impact and field ionization. Spectra were measured of heptanal and four deuterium-labeled analogs regenerated from