1.
Influence of wave-induced stress on upper current in South China Sea during a typhoon process
波致应力对台风天气下南海上层海流的影响分析
2.
Quick closing valves, water hammer or supply pressure fluctuations can cause intermittent discharge.
迅速关闭阀门，水锤或供应压力波动可能导致间歇性排放。
3.
stress-induced birefringent optical fiber
应力导致双折射光纤
4.
Physically it resembles very much the process of surface wave breakdown and saturation in the presence of a thin vortical surface drift layer induced by wind stress.
物理上,该机制很象存在由风应力所致薄表面涡旋漂流层时表面波的破碎与饱和过程。
5.
Application of Active Power Filter to Compensate Harmonics;
有源电力滤波器在谐波治理中的应用
6.
But the intermittent nature of wind power can cause just that sort of variability.
然而，正是风力的间断性导致了这种波动。
7.
Fracture Mechanics Approach for In-situ Stress Determination by Hydra-Fracturing
水压致裂测量地应力的断裂力学方法
8.
Research on Application of Harmonic and Inter-harmonic Wavelet Transform to the Harmonic Analysis of Power System;
谐波小波在电力系统（间）谐波检测中的应用研究
9.
Application of wavelet transform in active power filter harmonic analysis
小波变换在有源电力滤波器谐波分析中的应用
10.
Influence of general anesthesia on distant effects of mm-microwave irradiation
全麻对毫米波辐照所致远位效应的影响
11.
These phenomena could be caused by the effect of long-period wave generated from a large earthquake on far-field.
这些可能是大震的长周期波在远场的效应所致。
12.
Combined Effect of Blast Wave and Hypoxia on the Inner Ear of Guinea Pig;
冲击波和缺氧对豚鼠内耳的联合致伤效应研究
13.
Survey of airborne pollen and fungal spores and their relationships with allergic rhinitis in Ningbo
宁波市气传花粉和真菌与变应性鼻炎致敏原
14.
APPLICATION OF ACOUSTIC LOGGING IN IDENTIFYING TIGHT SANDSTONE FRACTURED RESERVOIRS
声波测井识别致密砂岩裂缝储层的应用
15.
Analysis on Wind-Induced Dynamic Response of Transmission Tower-Line System Based on Weighted Amplitude Wave Superposition
基于谐波合成法的输电塔线体系风致响应分析
16.
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。
17.
The modern tectonic stress field is in keeping with that since cenozoic era.
现代构造应力场与新生代以来应力场基本一致；
18.
Wave Frequency Coupled Dynamic Responses Analysis of TLP;
张力腿平台的波频耦合动力响应分析