The theoretical study includes electronic stopping power calculations based on the dielectric formalism and on the transport cross section (TCS) model to describe the electron excitations of Al 2 O 3 . The non-linear TCS calculations of the SCS for valence electrons together with the generalized ...
The theoretical study includes electronic stopping power calculations based on the dielectric formalism and on the transport cross section (TCS) model to describe the electron excitations of Al 2 O 3 . The non-linear TCS calculations of the SCS for valence electrons together with the generalized ...
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Proton production cross sections for e,10Be, l,26Al, Be7e and a22Na produced by protons in silicon dioxide (for oxygen) and silicon targets over a wide pro... KL Aitken,M. Harrison,RD Rundel 被引量: 48发表: 1971年 Measurement of the B{sup +} production cross section in pp collision...
The positively charged hydrogen ions (protons) then, at that point, go through the polymer electrolyte membrane to the catalyst on the cathode side, where they respond with oxygen and the electrons from the electric circuit to form water vapor (H2O) and heat. PEMFC uses a special electrolyte ...
The sluggish kinetic of MOR is basically due to the complex reaction mechanism that involves many steps to succeed in exchanging six moles of electrons per mole of methanol, according to the reaction: CH3OH + H2O → CO2 + 6H+ + 6e− (1) Typical Pt/C electrocatalysts cannot be used for...
Energy Loss and Straggling of High-Energy Electrons in Silicon Detectors The experiment done by Aitken et al. [Phys. Rev. 179 (1969) 393] showed that the most probable energy loss in silicon detectors by relativistic electrons d... K Nagata,T Doke,J Kikuchi,... - 《Japanese Journal of ...
18. Although the introduction of hydride (H−) has been reported as a strategy to introduce electrons (e), there is no report on the possible application of mayenite in hydride state. We utilize the remarkable stability of hydrogen species inside mayenite and its affinity for water, which ...
With the development of space technology and the nuclear industry, these devices are widely used for working in the aerospace, aviation, and reactor fields. Such devices inevitably suffer from both particles and electromagnetic radiation, such as protons, electrons, alpha particles, neutrons, gamma ra...
power plant thermal efficiency nuclear coal gas source 49% 63% Carpenter, Chemistry of Sustainable Energy, page 61 45% 65% Choppin, Radiochemistry and Nuclear Chemistry, p 631 55-60% Chemistry in Context, page 296 realistic (not maximum) efficiencies of two particular plants in Canada 30% 37...