1) mode conversion interference
模转换干涉
1.
The analysis results show that the phase cycle slipping of VLF signals is a special multi-mode interference effect during sunrise or sunset, and is a result mode conversion interference that arises from discontinuousness of low ionosphere at the boundaries of day and night in the propagation path.
分析了新乡观测到的VLF相位周期滑移现象,研究了产生相位周期滑移的原因,揭示了相位周期滑移的实质:VLF传播相位周期滑移是发生在日出或日落过渡期间一种特殊的多模干涉现象,它是由传播路径昼夜分界处的低电离层不连续性所引起的模转换干涉所造成的。
2) mode change-over disturbance
模转换干扰
3) interaction between rotor and stator
转/静干涉
1.
By giving accurate inlet boundary condition of rotor to simulate the interaction between rotor and stator, the result of 3D unsteady numerical simulation to a row of rotor’s flow field can reflect the effect induced by upstream unsteady wakes.
通过精确给定转子进口边界条件,以模拟上游静子尾迹对转子流场的影响,这样利用单排的计算结果模拟转/静干涉引起的非定常流动对流场气动参数的影响,因为相邻叶片排的叶片数不同,从而避免传统方法中常用的叶片数约化存在的难以正确模拟非定常激励频率的问题,对计算时间和计算能力的要求也可减少。
4) Steering Interference
转向干涉
5) draft pattern interference
拔模干涉
6) interference model
干涉模型
1.
Therefore,a stress-strength interference model for the reliability calculation of rock mass under two-end truncated probability distribution was proposed with the help of distribution theories.
为此,借助理论分布,提出了两端截尾概率分布下围岩可靠度计算的应力—强度干涉模型。
2.
Through analyzing the interference model of stress-intensity,aiming at the characteristic of special electromagnetism of security components,the release reliability of special electromagnetism of security components was brought forward.
通过对应力—强度干涉模型的分析,针对安全部件专用电磁铁的特性,提出了安全部件专用电磁铁的释放可靠性理论。
3.
In the condition of assuming that stress and intensity obey normal distribution,the basic method of reliability design,stress-intensity interference model is discussed.
在假设应力和强度服从正态分布的条件下,讨论了零件可靠性设计的基本方法———应力-强度干涉模型及相关计算公式。
补充资料：模数转换器与数模转换器
模数转换器与数模转换器
A/D converter and D/A converter
mos卜妇之huonhuonql yu shumo Zhuan门Ua叫「模数转换器与数模转换价(A/DConverterandD/A eonverter)见电力系统调度信息。
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