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首页> 外文期刊>European journal of mass spectrometry >Investigation by simulation of the RF carpets for the transport of ions at atmospheric pressures
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Investigation by simulation of the RF carpets for the transport of ions at atmospheric pressures

机译:通过模拟射频地毯在大气压下进行离子运输的调查

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摘要

Ion funnels, quadrupole, and multipole are well-known ion optic methods for transportation of ions. However, the methods are suitable for pressures below 30-40 Torr. The main loss of ions occurs in an inlet of mass spectrometer at atmospheric pressure. This work offers a focusing system, which employs a fine-structure electrode ion carpet. The focusing efficiency of fine-structure electrode was investigated by computer simulation methods and it was compared with theoretical estimation. The methods demonstrated good agreement with each other that promises a reliability of results. The authors found an optimal fine-structure electrode ion carpet configuration (electrodes width of 10 mu m), which demonstrates suitable focusing efficiency and can be implemented in practice.
机译:离子漏斗,四极和多极是用于运输离子的众所周知的离子光学方法。 但是,该方法适用于低于30-40托的压力。 在大气压下的质谱仪入口中发生离子的主要损失。 这项工作提供了一种聚焦系统,采用细结构电极离子地毯。 通过计算机仿真方法研究了细结构电极的聚焦效率,与理论估计进行了比较。 该方法彼此展示了良好的一致,这承诺了结果的可靠性。 作者发现了一种最佳的细结构电极离子地毯配置(电极宽度为10μm),这表明了合适的聚焦效率,并且可以在实践中实现。

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