采用微波三探针研究了环形波导等离子体源阻抗特性随运行参数的变化。
A microwave three probe system has been used to study the changes of annular waveguide plasma source impedance with operational parameters.
在外界加速度作用下，直波导和环形波导的耦合系数是两波导间距的函数。
Under the external acceleration, the coupling coefficient is a function of gap spacing between the two waveguides.
环形波导内侧开有多个狭缝用来激励产生等离子体。 利用该源研究了气压对等离子体参数、击穿功率和熄灭功率的影响。
The source has been used to study the effect of pressure on argon plasma parameters and microwave power for plasma ignition and extinction.
光波导环形谐振腔是谐振型集成光学陀螺的核心敏感部件，其清晰度决定集成光学陀螺的测量精度。
The optical waveguide ring resonator is the key sensing unit of the resonator integrated-optic gyro. Its finesse determines the measuring accuracy of the gyro.
本文介绍了一种结构新颖的、具有环形增益介质的环波导CO2激光器。
A new structure of the annular waveguide CO2 laser is presented in this paper.
利用等离子体流体模型和线性场理论，分别导出了无限薄环形等离子体填充圆柱波导和无限薄环形等离子体填充波纹波导中的色散关系。
By means of fluid model and linear field theory, the dispersion equation of the electromagnetic wave propagation along a cylindrical waveguide filled with an infinitely thin annular plasma.
引入薄环形电子注，首次建立了脊加载同轴膜片圆波导的注波互作用线性理论，得到小信号条件下的色散方程。
The 'hot' dispersion equation of the coaxial ridge-disk-loaded cylindrical waveguide TWT with an annular electron beam can be firstly obtained according to self-consistent field theory.
结合BPM软件，完成了对单模波导、弯曲波导部分、定向耦合器和无源环形谐振器整体结构的模拟和设计。
The simulation and design of single mode waveguide, curve waveguide, directional coupler and monobloc construction of passive ring resonator have been accomplished by using BPM software.
结合光学设计软件，完成了对波导材料、定向耦合器、弯曲波导部分和无源环形谐振器的模拟和设计。
Have accomplished the simulation and design of waveguide, directional coupler, bend waveguide and passive ring resonator by optical design tools.
该器件的结构原理是基于一个波导管和一个环形共振器之间的耦合，并用时域有限差分法设计和验证了该结构。
The proposed structure mechanism is based on coupling between a waveguide and a ring resonator. This structure is designed and verified by finite-difference time-domain (FDTD) computation.
在此结构中，环形耦合谐振腔的波导周围被刻蚀周期性的空气孔。
In the structure, etching the periodic holes around the waveguide of the ring resonator waveguide does not increase the size of the CROW.
本文基于环形共振器，提出了一种新型的合适带宽的二维光子晶体L形弯曲波导器件。
We propose a new type of two-dimensional (2d) photonic crystal L-shaped bent waveguides based on ring resonators with an acceptable bandwidth.
本文基于环形共振器，提出了一种新型的合适带宽的二维光子晶体L形弯曲波导器件。
We propose a new type of two-dimensional (2d) photonic crystal L-shaped bent waveguides based on ring resonators with an acceptable bandwidth.
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