Room-Temperature Metal-Hydride Discharge Source, with Observations on NiH and FeH

Raphae¨l Vallon; Stephen H. Ashworth; Patrick Crozet; Robert W. Field; Damien Forthomme; Heather Harker; Cyril Richard; Amanda J. Ross

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Room-Temperature Metal-Hydride Discharge Source, with Observations on NiH and FeH

机译：室温金属氢化物放电源，对NiH和FeH的观测

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A metal sputtering source suitable for laboratory production of metal hydrides is described. Sputtering from pure nickel or iron in an Ar/H2 discharge is analyzed at low resolution. High resolution laser excitation and dispersed fluorescence spectra of NiH have also been recorded. The source has been designed to operate with a ferromagnetic circuit for Zeeman spectroscopy. Signals from the source are strong enough to record dispersed fluorescence from NiH by Fourier transform interferometry in magnetic fields up to 1 T. We establish that FeH can also be formed in this source.

机译：描述了适合于实验室生产金属氢化物的金属溅射源。在低分辨率下分析了Ar / H2放电中纯镍或铁的溅射。还记录了高分辨率的激光激发和NiH的分散荧光光谱。该源经设计可与用于塞曼光谱的铁磁电路配合使用。来自该源的信号足够强，可以在高达1 T的磁场中通过傅立叶变换干涉法记录来自NiH的分散荧光。我们确定FeH也可以在该源中形成。

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《The journal of physical chemistry, A. Molecules, spectroscopy, kinetics, environment, & general theory》 |2009年第47期|共8页
作者
Raphae¨l Vallon; Stephen H. Ashworth; Patrick Crozet; Robert W. Field; Damien Forthomme; Heather Harker; Cyril Richard; Amanda J. Ross;
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正文语种 eng
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production; laboratory; hydrides;

机译：生产;实验室;氢化物;

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Room-Temperature Metal-Hydride Discharge Source, with Observations on NiH and FeH

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