Molecular low energy collisions: past, present and future

Toennies JP

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Molecular low energy collisions: past, present and future

机译：分子低能碰撞：过去，现在和未来

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A number of early molecular beam scattering experiments at subthermal collision energies carried out since about the time of the first Molecular Low Energy Collisions (MOLEC) meeting in 1976 are reviewed. Then, present day efforts to develop universally applicable molecular beam sources which go down to even lower energies are briefly surveyed. In the final section, the prospects of studying chemically reactive collisions at temperatures of 0.37K inside superfluid helium droplets are assessed and some ideas for extending these experiments are proposed.

机译：自1976年第一次分子低能碰撞（MOLEC）会议召开以来，就对许多在亚热碰撞能量下进行的早期分子束散射实验进行了回顾。然后，简要地综述了当今开发通用的分子束源的努力，该分子束源的能量甚至更低。在最后一部分中，评估了研究超流体氦滴内部温度为0.37K时化学反应性碰撞的前景，并提出了扩展这些实验的一些想法。

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《Physica Scripta: An International Journal for Experimental and Theoretical Physics》 |2007年第3期|共6页
作者
Toennies JP;
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正文语种 eng
中图分类物理学;
关键词
CHEMICAL-REACTIONS; ORBITING RESONANCES; HELIUM NANODROPLETS; THERMAL ENERGIES; CROSS-SECTIONS; SCATTERING; COLD; ATOMS; TEMPERATURES; BEAMS;

机译：化学反应;轨道共振;氦原子;热能;截面;散射;冷;原子;温度;束;

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专利

1. Molecular low energy collisions: past, present and future [J] . Toennies JP Physica Scripta: An International Journal for Experimental and Theoretical Physics . 2007,第3期

机译：分子低能碰撞：过去，现在和未来
2. Collisional quenching of molecular ro-vibrational energy by He buffer loading at ultralow energies [J] . Bodo E, Gianturco FA International Reviews in Physical Chemistry . 2006,第3期

机译：He缓冲加载超低能时分子旋转振动能的碰撞猝灭
3. Intramolecular energy redistribution in C_(60) following high-energy collisions with Hi~+ [J] . V. Bernshtein, I. Oref Chemical Physics Letters . 1999,第1a2期

机译：与Hi〜+发生高能碰撞后C_（60）中的分子内能量重新分布
4. Elliptic flow of the proton in ~(197)Au + ~(197)Au collisions reaction at intermediate energy by using a quantum molecular dynamics model [C] . Phacharatouch Chaimongkon, Tanachod Thapang, Tanaporn Boonprasert, Siam Physics Congress . 2020

机译：通过使用量子分子动力学模型，在〜（197）Au +〜（197）Au +〜（197）Au +〜（197）的椭圆形流动
5. Unimolecular dissociation of gas-phase small sulfinyl radical ions upon low energy collision-induced dissociation. [D] . Love, Chasity B. 2014

机译：低能碰撞诱导的离解时，气相小的亚磺酰基自由基离子的单分子离解。
6. Low energy intake plus low energy expenditure (low energy flux) not energy surfeit predicts future body fat gain [O] . David John Hume, Sonja Yokum, Eric Stice -1

机译：低能量摄入加上低能量消耗（低能量通量）而不是多余的能量可以预测未来的体内脂肪增加
7. Evidence of Nonrigidity Effects in the Description of Low-Energy Anisotropic Molecular Collisions of Hydrogen Molecules with Excited Metastable Helium Atoms [O] . Mariusz Pawlak, Piotr S. Żuchowski, Nimrod Moiseyev, 2020

机译：具有激发稳定性氦原子的氢分子的低能量各向异性分子碰撞描述中的非抗脂效应的证据

Molecular low energy collisions: past, present and future

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