1) transmission characteristics
传输特性
1.
Study of kinetics and transmission characteristics of double-cosine vibration co nveyor;
双简谐式振动输送机动力学与传输特性研究
2.
Research on transmission characteristics of a novel single-ridge rectangular waveguide;
新型单脊矩形波导传输特性研究
3.
Transmission characteristics of far-infrared frequency selective surface;
远红外频率选择表面的传输特性分析
2) transmission characteristic
传输特性
1.
Two-way power frequency automatic communication system(TWACS) signal transmission characteristic analysis by simulation;
双向工频通信信号在配电网中传输特性的仿真分析
2.
Analysis for transmission characteristics of quasi-rectangular wave guides filled with arbitrarily shaped dielectric;
任意截面介质填充类矩形波导传输特性的分析
3.
Observing transmission characteristic curve of gate circuit with computer;
门电路传输特性曲线的计算机辅助观测
3) propagation properties
传输特性
1.
The influence of the couple-interaction on the propagation properties of the soliton-like pulses in the fiber;
耦合相互作用对光纤中类明孤子传输特性的影响
2.
Influence of exponential loss on the propagation properties of soliton in the fibers with slowly decreasing dispersion;
色散缓变光纤中指数型损耗对孤子传输特性的影响
3.
Propagation of Gaussian beam through a negative axicon and its propagation properties;
高斯光束通过负圆锥棱镜光学系统的传输特性
4) Propagation characteristics
传输特性
1.
Abstract Analysing the propagation characteristics for TE/TM mode splitter of directional-coupled structure with metal clad by using the beam propagation method, and calculating the waveguide loss.
用光束传播方法(BPM法)分析了有金属覆盖层的指向耦合器型TE/TM模分离器的传输特性,计算了波导损耗。
2.
On the basis of configuration of side-polished poled fiber, a model of six-layer waveguide with double metal layers is put forwavd to describe the poled fiber and analyze the propagation characteristics of lightwave in the poled fibers.
针对侧面抛磨极化光纤的物理结构 ,提出了极化光纤的双金属包覆六层波导模型 ,并对其传输特性进行了分析。
3.
The paper investigates the propagation characteristics for the LHM optical waveguides through Maxwell equations.
本文从Maxwell方程组出发,对含左手材料光波导的传输特性进行了研究,内容包括:三层、五层平面波导导模的传输特性;单包层光纤导模和表面波模特性;双包层光纤导模特性以及各类波导之间的耦合,具体如下: 1)。
5) transmission properties
传输特性
1.
Effect of temperature shock on transmission properties of frequency selective surfaces;
频率选择表面传输特性的温度循环效应
2.
Experiment on influence of machining on transmission properties of frequency selective surfaces;
工艺参数对频率选择表面传输特性试验研究
3.
Study on the Transmission Properties and Structure Design of Bragg Fiber;
Bragg光纤的传输特性研究及其结构设计
补充资料：特性阻抗(见传输线)
特性阻抗(见传输线)
characteristic impedance
texing zIJkong特性阻抗(eharaeteristie impedanee)传输线。见
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