使用常用物理实验仪器磁天平，开发出用于近代物理实验测量电子荷质比的简易新方法。
By use of magnetic balance which is general physical experiment instrument, a simple and new method of measuring the charge-mass ratio of electron mass developed.
通常情况下该实验用以对电子的荷质比进行测量。
Under normal circumstances the electronic Zeeman effect experiment for the charge-mass ratio measured.
通过多图像平均，图像细化，取样分析，快速方便地测量计算了电子的荷质比。
The charge-mass ratio can be measured expediently by multiple image averaging, fringe thinning and sample analyzing.
在电子电量与荷质比测定实验的数据处理过程中，采用分步处理取峰值的方法，使结果更准确、更科。
Use the way with peak data taken by stepped processing to get more exact and scientific results during data processing for evaluating electron charge and charge mass ratio.
归纳表明，表面电离质谱和电子轰击电离质谱中分别有50个和77个质荷比处发生谱峰叠加。
The results show that there are 50 and 77 mass charse ratios where the overlap interference of spectrum peaks may occur respectively in surface ionization …
归纳表明，表面电离质谱和电子轰击电离质谱中分别有50个和77个质荷比处发生谱峰叠加。
The results show that there are 50 and 77 mass charse ratios where the overlap interference of spectrum peaks may…
归纳表明，表面电离质谱和电子轰击电离质谱中分别有50个和77个质荷比处发生谱峰叠加。
The results show that there are 50 and 77 mass charse ratios where the overlap interference of spectrum peaks may…
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