1.
LOW FREQUENCY DISLOCATION INTERNAL FRICTION PEAKS WITH ANOMALOUS AMPLITUDE EFFECT IN Al-0.1% Mg ALLOY
铝-0.1%镁合金中表现反常振幅效应的低频位错内耗峰
2.
FURTHER EXPERIMENTS ON THE DISLOCATION INTERNAL FRICTION PEAKS WITH ANOMALOUS AMPLITUDE EFFECTIN Al-0.5% Cu ALLOY AND THE DISLOCATION KINK ATMOSPHERE MODEL
铝-0.5%铜合金中反常振幅效应内耗峰的进一步实验和位错弯结气团模型
3.
The interference effect study of the small amplitude of the liquid surface wave at low frequency range
小振幅低频液体表面波的光学干涉效应的研究
4.
The Analysis of Amplitude and Angle Measuring Error of HRG Affected by Temperature
温度效应造成的半球谐振陀螺振幅和测角误差因素分析
5.
Research of Aerodynamic Interference Effects on Vortex-induced Vibration of Two Decks in Tandem for Large-span Bridges
大跨度双幅桥面桥梁涡激振动响应气动干扰效应研究
6.
Effect of Amplitude to Vibratory Compaction of the Pavement Materials
振幅对道路材料振动压实效果的影响
7.
The fact that the speed of water waves varies with wavelength and with amplitude leads to a wide variety of effects.
实际上,水波速度的波长随着振幅改变,导致各种不同的效应。
8.
The horizontal part of the Coriolis force suppressed the nonlinearity of internal waves; and the wavelength was broadened.
科氏力水平分量抑制内波的非线性效应,使得内波变缓,振幅减小。
9.
Adjustable frequency and amplitude vibration for optinum compaction effect
双频双幅振动，达到理想的压实效果
10.
amplitude calibration unit
振幅校准器振幅测量器
11.
The proplem is to recalculate these amplitudes into the corresponding amplitude of the ground motion.
问题是要将记录图振幅换算为相应的地面运动振幅。
12.
reproducing channel amplitude frequency response
重放通路振幅 频率响应特性
13.
The Applications of the Slow Swing Method to the Simple Pendulum
慢变振幅法在研究单摆运动中的应用
14.
A research on HHT amplitude and frequency restoration technique and its application
HHT振幅频率恢复处理技术研究与应用
15.
About Confirming the Effective Regular Product Method of Transition Amplitude in the Physical Processes
给定物理过程中跃迁振幅有效正规乘积的确定
16.
absorptive amplitude
吸收振幅，吸收幅度
17.
The Contrastive Research of Effects of Muscle Strength Training with the Same Amplitude and Different Frequency Vibration Stimulus;
同振幅下不同频率振动刺激对肌肉力量训练效果的对比研究
18.
There are many applications in which it is not necessary to know the exact amplitudes and phase.
在许多应用中并不需要知道精确的振幅和位相。