1.
Research on the Effects of Vibration Stimulated Strength Training on Muscular Strength;
振动力量训练对肌肉力量的影响研究
2.
The Research of Designing on the Control Devices of Vibration Strength
振动力量训练装置控制系统开发研究
3.
A Comparison of Elbow Joint Muscles SEMG After Strength Training With or Without Tonic Vibration;
振动与非振动力量练习时肌电图变化的比较研究
4.
Research on a New Type of Sports Equipment Based on Vibration Strength Training;
基于振动力量训练的新型健身器材开发研究
5.
Effect of Vibration Strength Training on Changing of Muscle Power of Hip Joint of Long Jumpers
振动力量训练对跳远运动员髋关节肌力变化影响的研究
6.
Coriolis－type Mass Flowmeter with a Single Straight Measuring Tube──Reducing Shell Vibration with Dynamic Compensation
单直管科氏质量流量计──壳体振动的动力补偿减振
7.
Conduct the displacement, pressure, temperature, strain, vibration& noise measurement.
进行位移、力、度、变，振动和噪声的测量。
8.
The Study on Dual Mass Flywheel Torsional Damper of Automotive Powertrain;
汽车动力传动系双质量飞轮式扭振减振器的研究
9.
Analysis of the Torsion Vibration of the Vehicle Powertrain with the Dual-mass Flywheel;
双质量飞轮的汽车动力传动系扭振特性分析
10.
Influence of Mounting Position on Vehicle Vibration Input Energy
动力总成悬置位置对车体振动能量输入的影响
11.
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
12.
The bar then absorbs energy from the wave and this makes it vibrate.
铝棒会从引力波中吸收能量并产生振动。
13.
Study of Quantum Entanglement and Dynamics Property of Coupled Harmonic Oscillators Chain System;
耦合简谐振子链的量子纠缠及动力学属性研究
14.
The Experimental Study on Vibration Training to Develop Muscle Power;
振动训练时发展肌肉力量效果影响的实验研究
15.
Effects of Muscular Strength and Flexibility by Whole-Body Vibration Stimulation;
全身振动刺激对肌肉力量和柔韧性的影响
16.
The Research of Vibration Awakening Pressure Measuring Instrument on Single Prop
振动唤醒式单体支柱支撑压力测量仪的研究
17.
Performance and Mechanics Analysis of Dual-mass Flywheel Torsion Spring
双质量飞轮扭转减振器运动学仿真及力学分析
18.
THE DYNAMIC MODELING FOR THE DAMPING STRUCTURE WITH A MASS PENDULUM CONSIDERING THE RIGID-ELASTIC COUPLING EFFECTS
刚弹耦合质量摆减振结构的动力学建模