1.
Research on the Transmission Mechanism and Transmission Path of Supply Chain Risk;
供应链风险的传递机制与传递路径研究
2.
Sensitivity analysis of powerflow transfer probability for a vibration transfer path system
振动传递路径的功率流传递度灵敏度分析
3.
Analysis and Research on Transfer Path of Vehicle Interior Noise;
汽车车内噪声传递路径的分析与研究
4.
An Empirical Analysis on the Path of Information Flow between Stock A Market and Stock B Market in Shanghai and Shenzhen;
沪深A、B股市场信息传递路径实证分析
5.
Method to improve speed and accuracy of transfer path analysis
提高传递路径分析速度和精度的方法
6.
Response of vibration transfer path systems with uncertain paths
具有随机路径的振动传递路径系统的随机响应分析
7.
The Study on Stabilization and Transfer Path of Vibration of Floating Disk Brake;
浮钳盘式制动器振动稳定性及传递路径研究
8.
Vehicle Interior Noise Identification and Control Based on Transfer Path Analysis;
基于传递路径分析的汽车车内噪声识别与控制
9.
Study on Vibration of Motorcycle Handle Based on Transfer Path Analysis
基于传递路径分析的摩托车手把振动研究
10.
Powerflow of Vibration Transfer Path Systems with Uncertain Paths
具有随机传递路径的振动系统功率流分析
11.
Optimum Design of Engine Mounting System and Criterion Based on Transfer Path Analysis
基于传递路径的动力总成悬置系统优化及评价
12.
Sensitivity Analysis of Nonlinear Stiffness Vibration Transmission Path System
非线性刚度振动传递路径系统灵敏度分析
13.
The Research for the Propagation Pathways of the Epilepsy Neural Information by Using the Multichannel Autoregressive Model;
应用多通道自回归模型对癫痫神经信息传递路径的研究
14.
Optimization and Evaluation of Powertrain Mounting System Based on Improved Transfer Path Analysis Technique
基于改进传递路径分析法的动力总成悬置系统优化及评价
15.
TRANSFER PATH ANALYSIS AND CONTROL OF AUTOMOTIVE INTERIOR STRUCTURE-BORNE NOISE GENERATED BY A POWERPLANT
动力总成引起的轿车乘员室结构噪声传递路径分析与控制
16.
Sensitization can also result from CNS changes that lead to hyperactivity of pain-transmission pathways.
敏感化还可能是因为中枢神经系统的变化，导致痛觉传递路径的活性增强。
17.
The interior noise of the car is calculated under the certain power, and the main path of the energy flow is obtained.
预测了给定激励条件下轿车室内的噪声水平，并给出主要的能量传递路径。
18.
The energy flow path, the energy flow sources and sinks of laminated composite plates can be identified for different loading cases and boundary conditions.
从结构声强向量图和流线图可获得关于能量传递路径、源位置和能量汇合点的许多信息。