Novel methods of copper vapor laser excitation.

机译：新型铜蒸汽激发激发方法。

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Microwave and intense electron beam excitation of copper vapor are being investigated to be used in copper vapor lasers for isotope separation. Both methods use copper chloride vapor by heating copper chloride. Helium was used as the buffer gas at 2 to 100 torr. In the microwave system, intense copperlines at 510 nm and 578 nm were observed. Initial electron beam results indicate that light emission follows the beam current.

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McColl, W. B.; Ching, H.; Bosch, R.; Brake, M.; Gilgenbach, R.;
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年度 1990
页码 1-31
总页数 31
原文格式 PDF
正文语种 eng
中图分类工业技术;
关键词
Metal Vapor Lasers; Beam Currents; Copper Chlorides; Electron Beams; Excitation; Fiber Optics; Copper lasers; EDB/426002;

机译：金属蒸气激光器;束流;氯化铜;电子束;激发;光纤;铜激光器; EDB / 426002;

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1. Laser-induced fluorescence method of molecular iodine detection in the atmosphere in real time using copper-vapor laser at the wavelength of 510.6 nm [J] . Kireev S. V., Shnyrev S. L. Laser physics letters . 2017,第6期

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2. Using a copper-vapor laser (578.2 nm) in a new method of laser fluorescence for molecular iodine isotopes to detect gases in real time [J] . S. V. Kireev, S. L. Shnyrev, I. G. Simanovsky, Laser physics letters . 2014,第9期

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机译：用铜蒸汽泵浦染料激光器测量原子荧光和激光增强电离光谱的方法

Novel methods of copper vapor laser excitation.

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