1.
The new theorem of using Spring Oscillator Theoryto study capital market;
用弹簧振子理论研究证券价格波动的新范式
2.
Discussion of the relation between the spring mass and spring oscillator
弹簧质量与弹簧振子振动周期关系的探讨
3.
RESEARCH ON SIMPLE HARMONIC VIBRATION FOR SPRING OSCILLATOR BASED ON MATLAB
基于Matlab的弹簧振子简谐振动研究
4.
Simple harmonic Motion of Simulating Spring Shaker with Flash;
用FLASH模拟弹簧振子的简谐运动
5.
Doing Demonstrational Courseware of Spring Bob with Flash 5;
利用flash5制作弹簧振子演示课件
6.
The Method for Measuring the Mass Effect Factor on a Spring in Small Oscillator;
小振动系统弹簧质量影响因子的测量
7.
An Analysis of the Induction of the Spatial Electric-magnetic Field While the Live Spring Dipole Is Vibrating;
带电弹簧振子振动时的空间电磁场强度
8.
Nonlinear Free Vibration of the Shape Memory Alloy Spring Oscillator
形状记忆合金弹簧振子的非线性自由振动
9.
Dynamical Analysis of the Softening Duffing Oscillator under the Bounded Noise Excitation;
有界噪声激励下软弹簧杜芬振子的动力学分析
10.
On Space Electric Field and Magnetic Field of Charge Spring Block in Uniform Electric Field;
匀强电场中带电弹簧振子空间电场磁场
11.
An Analysis of the Motion of Spring Oscillator in Linear Accelerated System
弹簧振子在直线加速参考系中的运动分析
12.
Contrast enhancement based on the model of spring oscillator in electrostatic field
基于静电场中弹簧振子模型的对比度增强
13.
Real-time Tendon Simulation Based on Improved Mass-spring Model
基于改进弹簧振子模型的实时肌腱模拟
14.
The effects of stochastic excitation on the period-doubling bifurcation and chaotic motions of the softening Duffing oscillator, are discussed in detail.
讨论了有界噪声激励对软弹簧杜芬振子的倍周期分岔至混沌运动的影响。
15.
An influnence of the spring mass and the vibrational object mass on the vibrational period;
弹簧和振动物体质量对弹簧振动周期的影响
16.
Reliability analysis of extension spring based on contact theory
基于接触理论的拉伸弹簧可靠性分析
17.
In succession, the author educed movement differential equation of reed valve plate from differential element of the plate according to theory of elastic plate libration.
接着本文根据弹性薄板振动理论,由薄板的微元体导出簧片阀阀片的运动微分方程。
18.
This paper discusses the principle, the method and the result in measuring acceleration of gravity by means of spring vibrator.
本文主要介绍用弹簧振子测定重力加速度的测量原理、方法及测量结果。