氮束与国家静电公司的阿尔法交叉源和5SDH加速器

B. Harlow, P. DeYoung, V. A. Bunnell
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引用次数: 0

摘要

在过去的15年里,希望学院一直在使用Alpatross®离子源和5SDH Pelletron®串联范德格拉夫加速器生产氢和氦离子束。制造商表示有可能从这种来源产生氮离子,但到目前为止,希望学院还没有尝试这样做。通过将大约1%的氮混合到氢源气体中,产生咪唑根(NH)和脒根(NH2)离子,并通过串联加速器加速。由于维护后水源中残留的水蒸气,也存在氧束和氢氧根束。在加速后,这些离子束被偶极弯曲磁铁引导到散射室中进行识别。像这样的替代光束为未来的实验(如氮注入)开辟了新的可能性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Nitrogen Beams with a National Electrostatics Corporation Alphatross Source and a 5SDH Accelerator
Over the past 15 years, Hope College has been producing hydrogen and helium ion beams with an Alphatross ® ion source and 5SDH Pelletron ® tandem Van de Graaff accelerator. The manufacturer stated the possibility of creating nitrogen ions from this source, but Hope College has not, up until now, attempted to do so. By mixing approximately 1% nitrogen into hydrogen source gas, imidogen (NH ) and amidogen (NH 2 ) ions are created and accelerated through the tandem accelerator. Oxygen and hydroxide beams are also present due to residual water vapor in the source after maintenance. Post acceleration, these ion beams were directed into a scattering chamber by a dipole bending magnet for identification. Alternate beams such as these open up new possibilities for future experiments such as nitrogen implantation.
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