1) faint pulse
微脉
2) picosecond pulse
微微秒脉
3) picosecond pulse
微微秒脉冲
4) microwave pulse
微波脉冲
1.
Numerical study on coupling of microwave pulses into different shaped cavities through slots
微波脉冲与不同形状带矩形孔缝腔体耦合的数值模拟(英文)
2.
The finite-difference time-domain method(FDTD) was adopted to investigate linear coupling processes of microwave pulse into the nested rectangular cavities(system 1) and the nested cylindrical cavities(system 2) with same narrow rectangular slots.
为了解带缝腔体内耦合场分布特性,利用时域有限差分方法对微波脉冲与带缝嵌套矩形腔体系统(系统1)和带缝嵌套圆柱形腔体系统(系统2)的耦合过程进行了数值计算。
3.
The sharp reduction of the inductance of the solenoid, caused by dynamite explosion, stimulates a strong oscillatory electric current in such devices, results in a sufficient strong microwave pulse in a quite short time.
通过炸药爆炸使电感迅速减小,以此在螺线管中激发出强的振荡电流并在短时间内产生功率足够强的微波脉冲。
5) micro-pulse
微脉冲
1.
Corneal endothelial changes following phacoemulsification with micro-pulse technique.;
数字微脉冲超声乳化术后角膜内皮的变化
2.
In this paper, a new technology of micro-pulse MIG welding and its application to repairing moulds were introduced.
微脉冲MIG焊技术采用断续的微脉冲电弧的能量,将可熔性电极材料熔融,连续不断地堆焊到工件表面,形成堆焊修补层。
6) pulse microwave
脉冲微波
1.
Objective To observe the effect of pulse microwave combined with antibiotics on chronic prostatitis.
目的观察脉冲微波结合抗菌素治疗慢性前列腺炎的疗效。
2.
Objective: To observe the clinical efficacy of pulse microwave combined with Chinaroot greenbrier rhizome in the treatment of chronic non-bacterial prostatitis(NBP).
目的:观察脉冲微波及中药治疗慢性非细菌性前列腺炎的临床效果。
3.
With the rapid development of science and technology, especially in high power microwave technology, high power pulse microwave sources are widely used.
随着科学技术的发展,尤其是大功率微波技术的发展,大功率脉冲微波信号源应用越来越广泛,这样对功率和频率测量设备的要求也越来越高。
补充资料：微脉
微脉 微脉 脉象名。脉极细而软，按之欲绝，似有似无。主阴阳气血诸虚。心肾阳衰及暴脱的病人，或慢性虚弱病后元气大虚等。
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