Ultra-cold molecules: Formation, trapping and prospects

Pillet P.; Vanhaecke N.; Lisdat C.; Comparat D.; Dulieu O.; Crubellier A. Masnou-Seeuws F.

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Ultra-cold molecules: Formation, trapping and prospects

机译：超冷分子：形成，诱捕和前景

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Different schemes for the formation of cold molecules via photoassociation are discussed. In a typical magneto-optical trap, the formation rates can reach 0.2 cold molecules per second and per atom. The measured temperatures of the cold molecular samples are in the range 10-200 muK. The possibility for accumulating the so-formed cold molecules inside a trap, or for selecting them in a well-defined level in ground state are analyzed. [References: 45]

机译：讨论了通过光缔合形成冷分子的不同方案。在典型的磁光阱中，形成速率可以达到每秒和每个原子0.2个冷分子。冷分子样品的测量温度在10-200 muK范围内。分析了将如此形成的冷分子积聚在疏水阀内或在基态下以明确定义的水平选择它们的可能性。 [参考：45]

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《Physica Scripta: An International Journal for Experimental and Theoretical Physics》 |2003年第0期|共8页
作者
Pillet P.; Vanhaecke N.; Lisdat C.; Comparat D.; Dulieu O.; Crubellier A. Masnou-Seeuws F.;
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正文语种 eng
中图分类物理学;
关键词
State potassium molecules; Long-range state; Photoassociative spectroscopy; Magnetooptical trap; Cs-2 molecules; Atoms; Temperatures; Collisions; Spectrum; Li-7(2);

机译：态钾分子;长程态;光缔合光谱;磁光阱;Cs-2分子;原子;温度;碰撞;光谱;Li-7（2）;

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1. Ultra-cold molecules: Formation, trapping and prospects [J] . Pillet P., Vanhaecke N., Lisdat C., Physica Scripta: An International Journal for Experimental and Theoretical Physics . 2003,第0期

机译：超冷分子：形成，诱捕和前景
2. Formation of ultra-cold Cs-2 molecules through photoassociation [J] . Pillet P. Physica Scripta: An International Journal for Experimental and Theoretical Physics . 2003,第2期

机译：通过光缔合形成超冷的Cs-2分子
3. Reactions of photogenerated fluorine atoms with molecules trapped in solid argon 3.~* Formation of stabilized .NH_2 radicals and .NH_2-HF radical-molecule complexes in the reactions of fluorine atoms with NH_3 molecules [J] . E.Ya.Misochko, I.U.Goldeshleger, A.V.Akimov Russian Chemical Bulletin . 2000,第5期

机译：光生氟原子与固体氩中捕获的分子的反应3.〜*在氟原子与NH_3分子反应中形成稳定的.NH_2自由基和.NH_2-HF自由基-分子配合物
4. Theoretical Study and Formation Prediction of the Ultra-cold Molecule RbLi [C] . I. Jendoubi, H. Berriche, H. Ben Ouada International Conference of Computational Methods in Sciences and Engineering . 2014

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5. Using synthetic nanopores for single-molecule analyses: Detecting SNPs, trapping DNA molecules, and the prospects for sequencing DNA. [D] . Dimitrov, Valentin V. 2009

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6. Statistics of work and orthogonality catastrophe in discrete level systems: an application to fullerene molecules and ultra-cold trapped Fermi gases [O] . Antonello Sindona, Michele Pisarra, Mario Gravina, 2015

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Ultra-cold molecules: Formation, trapping and prospects

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