1) coupling efficiency
耦合率
1.
The relation between coupling efficiency with coupling (interaction) length and between the coupling efficiency with the neck taper cross section width after melting and drawing are calculated and analyzed.
对生产单模光纤熔锥型光波分复用器 (OWDM)的关键技术———耦合率与耦合段 (相互作用 )长度及耦合率与熔拉后颈锥截面宽度的关系等作了计算分析 ,为提高生产效率提供了科学依据 。
2.
A calculating method of single-mode fiber coupling efficiency in combinded theoretical calculations with engineering data is introduced.
介绍了理论演算与工程数据相结合计算单模光纤耦合率的方法及其软件技巧，使用此方法取得较精确的计算结
3.
The coupling efficiency of two single mode fibers versus numerical aperture,nearest distance,bending radius and the vertical distance was calculated and analysed.
分别对２根对称单模光纤耦合率与其数值孔径、最小间距、弯曲半径、垂直偏移等参量的响应特性作了计算，对计算结果作了扼要分析，为用户制作优质光纤耦合器提供了依据和方便的计算数据。
2) Coupling efficiency
耦合效率
1.
Calculating the coupling efficiency of the laser diode to the semi-tapered multimode fiber by ray-tracing method;
用光线追迹法计算半锥形多模光纤的耦合效率
2.
The optimization of the coupling efficiency in incoherent fiber laser beam combination;
非相干光纤激光组束系统耦合效率的优化分析
3.
The relation of parameters and coupling efficiency for optical fiber coupler with spherical surface;
球状光纤耦合器参数与耦合效率的关系
3) power coupling
功率耦合
1.
,torque coupling,speed coupling and power coupling.
依据其数学模型归纳耦合条件,建立分类规则,并按此规则将其分为转矩耦合、转速耦合和功率耦合3种基本类型。
4) frequency coupling
频率耦合
1.
Using FFT (fast Fourier transfer) to study the frequency coupling effect, we get the results about coupling effects of the frequency of vorticity naturally shedding and the frequency of circular cylinder rotationally oscillating at low Reynold number.
进而说明了在不同频率耦合区域流场涡形成、发展和脱落的规
5) thermal coupling rate
热耦合率
6) variable coupling rate
变耦合率
补充资料：电导率(见电阻率)
电导率(见电阻率)
conductivity
d!日nd日O}已电导率(eonduetivity)见电阻率。
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