One-dimension and two- dimension particle-in-cell simulation are performed on ion noise in microwave tubes.
本文对微波管中的离子噪声现象进行了一维的和二维的粒子模拟。
参考来源 - 微波管中的低频离子噪声研究·2,447,543篇论文数据,部分数据来源于NoteExpress
束电流与束电压确定,存在最佳的磁场使离子噪声幅度最小。
There exists on optimal value of magnetic focusing field and beam voltage, which can minimize the ion noise amplitude.
本文对微波管中的离子噪声现象进行了一维的和二维的粒子模拟。
One-dimension and two- dimension particle-in-cell simulation are performed on ion noise in microwave tubes.
这种低频的离子噪声特别是相位噪声,会严重影响雷达系统的分辨能力和通讯系统的编码位错率。
The low frequency ion noise has negative influence on detectability in radar application and data rates in communication system.
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