给出了无虚假信号动态范围和输出功率的计算与测试方法。
The estimation and the method of test for the spurious-free dynamic range and maximum power output has been shown.
但是表面肌电图变化情况与测试方法的选择和运动方式密切相关。
However the change of SEMG is correlative with the methods and of measurements and types of exercise.
本文主要介绍调制盘的加工工艺与测试方法以及加工过程中所用的磨料与辅料。
The processing technologies, testing method, abrasive and accessory materials used in processing procedure of reticle are introduced in the paper.
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