1.
Experimental studies on damage power of square wave electromagnetic pulse for the semiconductor triode
半导体三极管电磁脉冲损伤功率实验研究
2.
Vibrational Power Flow Characteristics of Cracked Structures and the Damage Detection;
裂纹损伤结构的振动功率流特性与损伤识别
3.
Fluctuation Characteristics and Vibrational Power Flow Analysis of Cracked Beam;
损伤梁的波动特性与振动功率流分析
4.
Physical Analysis of Hot Damage Causes by the Small Power He-Ne Laser;
小功率He-Ne激光致热损伤的物理分析
5.
The Injury Effects of S-band High Power Microwave Radiation on Rats;
S-波段高功率微波照射对大鼠损伤效应研究
6.
Damage Detection of Steel Bridge Based on Acceleration Power Spectral Density
加速度功率谱密度在钢桥损伤检测中的应用
7.
Visualization Research on the Power Flow Characteristics of Damaged Structures Based on the Finite Element Method
基于有限元的损伤结构功率流可视化研究
8.
Effects of EMP and HPMW on Rabbit Optical System
电磁脉冲与高功率微波对视觉系统损伤机制的研究
9.
Highly damage resistant,broadband,hard anatireflection coating for high power lasers in the ultraviolet to near-infrared wavelength regions
紫外到近红外波段大功率激光器用硬质高抗损伤宽带增透膜
10.
New Damage Detection Mechanism of Structural Silicone Sealant in Hidden Frame Supported Glass Curtain Wall Based on Power Spectrum;
基于功率谱的全隐框玻璃幕墙结构胶损伤检测方法
11.
Research of Online Inspection Equipment for Optic Damage of High Power Solid Laser;
高功率固体激光光学元件损伤在线检测装置的研究
12.
Study on Field Effects and Threshold Testing of High Power Laser-Induced-Damage in Optical Components;
高功率激光诱导光学元件损伤场效应及阈值测试研究
13.
Effects of LLLT on Histological and Ulterastructured Injury of Skeletal Muscle after a Acute Exhaustive Eccentric Exercise in Rats;
低功率激光对大鼠急性力竭离心运动后骨骼肌微损伤的修复作用
14.
Study of Transienttransfers Characteristics and Injuring Mechanism of High-power Semi-insulation GaAs Photoconductance Switch;
大功率半绝缘GaAs光电导开关瞬态传输特性及其损伤机理的研究
15.
Fiber Damage and Theoretical Analyses for High Power Yb-doped Double-clad Fiber Laser
高功率掺镱双包层光纤激光器中光纤损伤及其理论分析
16.
The Application of Theory of Acceleration Power Spectral Density for Structure Damage Detection
加速度功率谱密度理论在结构损伤检测中的应用
17.
transient impairment of cortical function demonstrable only by 3-per-second brain-wave spikes.
脑皮层功能的短暂损伤。
18.
full-excitation plate dissipation
全激励板极功率损耗