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1)  Coupling frequency response
耦合频响
2)  coupling effect
耦合影响
1.
The coupling effect and the radiation create a highly nonlinear system.
由于结构变形对于受热条件的耦合影响以及辐射换热的存在,该系统具有高度非线性。
2.
A field study on the coupling effect of new drought-resistant agents FA Handilong(FA HDL)and Beijing Green Angel(BGA)on the photosynthetic characteristics of Euonymus japonicus showed that these two agents could all decrease the stomatal conductance(gs)and transpiration rate(Tr),and increase the net photosynthesis rate(Pn)and Pn/Tr of E.
通过田间试验,研究了FA旱地龙和BGA两种新型抗旱剂对大叶黄杨叶片光合特性的耦合影响。
3.
Considering the coupling effect between the electromagnetic actuator and the controlled system,the frequency re- sponse function of the actuator between output actuating force and input voltage was deduced.
考虑电磁作动器与被控隔振系统的耦合影响,建立了电磁作动器的作动力与输入电压之间的频响函数,分析了反馈增益及被控系统参数对电磁作动器频响特性的影响规律。
3)  Coupling response
耦合响应
1.
A regression analysis on the permeability coefficient of soil in pumping test is carried out and the nonlinear coupling response relationship is established between permeability coefficient and effective stress increment.
通过对抽水试验中土体渗透系数的回归分析,建立了渗透系数与有效应力增量之间的非线性耦合响应关系,说明降排水过程中土体渗透系数是呈非线性变化的。
2.
Based on Biots consolidation theory,the fully coupling model of seepage and stress is established considering nonlinear coupling response of permeability coefficient.
基于三维比奥固结理论,建立了考虑渗透系数非线性耦合响应的渗流场与应力场完全耦合模型。
3.
Result is obtained about relation of coupling response to parameters of transmission line.
借助于数值分析软件MATLAB,利用传输线理论对二平行印制线间的串扰耦合进行分析,得出耦合响应与传输线参数的定量关系,给出电子电路设计中PCB印制线布设的原则。
4)  coupled response
耦合响应
1.
Non-linear coupled response model of permeability coefficient and effective stress was introduced according to water pump test results.
根据抽水试验观测资料,提出了土体渗透系数与有效应力的非线性耦合响应模型。
5)  Receptance coupling
响应耦合
6)  radio-frequency coupling
射频耦合
1.
In this paper,we introduce the structure,the principle,the main technical features and clinical application of a microcomputer-based stimulative instrument,that transfers the electric signals to the electrodes on the pontine of persistent vegetative state patients by radio-frequency coupling or direct coupling to stimulate the reticule-system in pontine and to waken the patient.
该仪器运用微电脑控制的促醒仪产生电刺激信号 ,通过射频耦合方式 (或直接耦合方式)传递到植物生存状态患者脑干网状结构刺激电极 ,激活网状激动系统 ,促使Pcr sistentVegtativeState,PVS患者康复 ,取得了较好的效
补充资料:频响范围
   

    从声学的角度来说,声音是以波的形式存在并传播的。而波是振荡的,波的单位是Hz(每秒钟振荡的次数),因此这也就成了声音的一个单位。声波的Hz数值越小,声音就越响,Hz值越大,声音就越小。从人耳的结构而言,理论上最轻听到20000Hz的声音(但在现实生活中几乎很少存在),而一些动物则可以挺高更高Hz数的声音,如狗据称可以听到50000Hz。

    MD机的频率范围在一定程度上指的是产品可以播放的响度范围,目前常见的是20-20,000Hz,但是实际上真的到了最大值或者是最小值,人耳实际上都是无法接受的。

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