1) ejaculatory movement
激射运动
2) sports stress
运动应激
1.
But the sports stress was caused by high intensity exercise and apoptosis of the cells was induced by factors of the stress,such as free radical,hypoxia,blood deficiency,etc.
运动应激常常由严酷环境中大强度、大运动量、长时间的运动所激发。
3) exercise stress
运动应激
1.
The Effects of Exercise Stress on Hypothalamic-Pulsatile System of HPG Axis and its Adaptation;
运动应激对HPG轴下丘脑-垂体系统的影响和适应
2.
Progress of stress protein in the research of exercise stress;
应激蛋白在运动应激中的研究进展
3.
The influence of exercise training on exercise stress in patients with essential hypertension;
运动习惯对原发性高血压患者运动应激功能的影响
4) moving shock wave
运动激波
1.
The air compressed mainly by the moving shock wave.
旋转冲压发动机是一种没有叶片和活塞的基于冲压压缩技术的新概念发动机,气体的压缩主要是通过运动激波压缩来完成,通过对运动激波压缩过程的理论分析并与发动机冲压转子盘腔冷态流场进行数值模拟结果进行对比,印证了旋转冲压发动机中运动激波压缩假设的正确性。
2.
The influence of moving shock wave on the ratio of total enthalpy, total pressure and the turning angle of flow passing through shock wave are given and analyzed, The calculated results show obviously difference from those under stationary shock wave condition.
研究了在无粘完全气体流中的运动激波 ,讨论了激波运动速度D和来流速度U对激波后气流参数的影响 ,包括对激波后的总焓比值和总压比值以及对流转角的影响。
5) shock motion
激波运动
1.
This paper presents the results of measured wall pressure fluctuations and the characteristic parameters of shock motion in the upstream influence region of separation shock induced by unswept and swept compression ramps,blunt fins with a semicylindrical leading edge under the condition of freestream Mach number of 7.
５×１０７／ｍ气流条件下，无后掠和后掠压缩拐角及直立半圆柱前缘舵上游平板干扰区壁面压力脉动测量结果及其分离激波运动特性。
2.
This paper presents the separation shock motion features induced by a hemicylindrically blunted fin in a hypersonic turbulent flow.
给出半圆柱前缘舵诱导的高超声速湍流分离激波运动特性。
6) motion excitation
运动激励
1.
In order to meet testing requirements of MEMS periodic motion,a synchronous control system of stroboscopic imaging and motion excitation based on FPGA is built for the excitation of periodic motion and the image acquisition in the course of the high-speed motion of microstructures.
本文针对静电型MEMS周期运动测试的要求,设计并研制了一种基于FPGA的频闪成像和运动激励同步控制系统,用于MEMS器件的周期运动激励和微结构高速周期运动过程中清晰图像的获取。
补充资料：激射
1.喷射;冲击。 2.引申指文势奔放。 3.谓雷电闪击。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条