3 edition of Electron-temperature dependence of the recombination of NH₄⁺(NH₃)[subscript n] ions with electrons found in the catalog.
Electron-temperature dependence of the recombination of NH₄⁺(NH₃)[subscript n] ions with electrons
|Other titles||Electron temperature dependence of the recombination of NH₄⁺(NH₃)[subscript n] ions with electrons.|
|Statement||M.P. Skrzypkowski, R. Johnsen.|
|Series||[NASA contractor report] -- 207335., NASA contractor report -- NASA CR-207335.|
|Contributions||Johnsen, R., United States. National Aeronautics and Space Administration.|
|The Physical Object|
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The two-body recombination of NH 4 + (NH 3) 2,3 cluster-ions with electrons has been studied in an afterglow experiment in which the electron temperature T e was elevated by radio-frequency heating from K up to K.
The recombination coefficients for the n = 2 and n =3 cluster ions were found to be equal, α 2 (2) = α 3 (2) = ( ± ) × 10 −6 cm 3 /s, and to vary with electron Cited by: 9.
Get this from a library. Electron-temperature dependence of the recombination of NH₄(NH₃)[subscript n] ions with electrons. [M P Skrzypkowski; R Johnsen; United States.
National Aeronautics and Space Administration.]. Furthermore, the strong dependence of the temperature distribution on the carrier recombination processes at the surfaces of thin samples is quantified and found to drastically change the.
Binary and ternary recombination of H3+ and D 3+ ions with electrons in low temperature plasma Article (PDF Available) in Molecular Physics (17). ative recombination in the case of velocity matched if it becomes large compared to the electron temperature as [email protected], corresponding to the E~1 dependence ofthecross-section;anyDRresonanceswillappear on top of this continuous recombination signal.
The effect of recombination centers on the relaxation process of photoexcited 2D electron systems in polar semiconductors is studied theoretically. Ou Author: J.L. Carrillo, G. Luna-Acosta, J. Arriaga, M.A. Rodríguez. Advanced Manufacturing Process for Lower Cost Rechargeable Lithium-ion Batteries for DOD Including the BB DTIC Science & Technology.
Discovering the balance of steric and electronic factors needed to provide a new structural motif for photocatalytic hydrogen production from .