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Single Electron Capture by Back Scattered Protons from High-Melting Temperature Metals

机译：高熔点金属的反向散射质子捕获单电子

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Formation of excited hydrogen atoms above a tungsten surface was studied by means of the semi-classical theory. Occupation probabilities of the excited levels were calculated for proton velocities of 0.1 ? 1.0 a.u.

机译：利用半经典理论研究了在钨表面上方激发氢原子的形成。计算出质子速度为0.1Ω时激发能级的职业概率。 1.0 a.u.

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Daiji KATO; Hiroya SUNO; Takako KATO; Mineo KIMURA; Tetsuo TANABE;
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年度 2006
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专利

1. Evidence for electron capture to the continuum by protons scattered at non-0 degrees angles from Ar atoms [J] . Sarkadi L., Bader A., Hippler R., Physical Review, A. Atomic, molecular, and optical physics . 1998,第1期

机译：从质子原子以非0度角散射的质子将电子俘获到连续体的证据
2. Quantum-mechanical effects on semiclassical electron captures by protons from hydrogenic ions in dense high-temperature plasmas [J] . Jung YD. Physics of plasmas . 2001,第5aPta1期

机译：质子对稠密高温等离子体中氢离子质子俘获的半经典电子的量子力学效应
3. Role of the recoil ion in single-electron capture and single-ionization processes for collisions of protons with He and Ar atoms [J] . P. Focke, R. E. Olson, N. D. Cariatore, Physical Review, A . 2017,第5aPta1期

机译：反冲离子在单电子捕获和单电离过程中的作用，用He和Ar原子碰撞质子的碰撞
4. ON THE PHONON MECHANISM OF ENERGY TRANSFER FROM CONDUCTION ELECTRONS TO LATTICE IN SINGLE-WALL METALLIC CARBON NANOTUBES AT LOW TEMPERATURES [C] . N. A. POKLONSKI, E. F. KISLYAKOV, L. KUZMIN, International Conference on Physics, Chemistry and Application of Nanostructures(Nanomeeting 2005); 20050524-27; Minsk(BY) . 2005

机译：壁单壁金属碳纳米管中导电电子向晶格的能量传输的声子机理
5. Characterization of metal-oxide-semiconductor structures at low temperatures using self-aligned and vertically coupled aluminum and silicon single-electron transistors [D] . Sun, Luyan 2008

机译：使用自对准和垂直耦合铝和硅单电子晶体管在低温下的金属氧化物半导体结构的表征
6. Interplay of Electronic and Steric Effects to Yield Low‐Temperature CO Oxidation at Metal Single Sites in Defect‐Engineered HKUST‐1 [O] . Dr. Weijia Wang, Dr. Dmitry I. Sharapa, Abhinav Chandresh, -1

机译：电子和立体效应与缺陷工程HKUST-1的金属单一位点产生的低温CO氧化的相互作用
7. Properties of the Nonspecular Low-Energy Electron Diffraction Beams Scattered by the (100) Face of Face-Centered-Cubic Metal Single Crystals [O] . H. H. Farrell, G. A. Somorjai 1969

机译：由面心立方金属单晶（100）面散射的非分散低能量电子衍射束的性质
8. Proton Responses on MOS (Metal-Oxide-Semiconductor) Electronics Operating atCryogenic Temperatures [R] . Tallon, R. W., Hoffland, A. H., Kemp, W. T., 1990

机译：在致冷温度下工作的mOs（金属氧化物半导体）电子器件的质子响应

Single Electron Capture by Back Scattered Protons from High-Melting Temperature Metals

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