cwg

The Study of Phase Tracking for the CWG Surge Generator

组合波发生器中相位跟踪技术的研究

The performance of CWG is closely connected with the structure , manufacturing accuracy of the resonator .

杯形波动陀螺的性能与其谐振子的结构、制造精度密切相关。

The calculation model was constructed by equating CWG with rectangular waveguide . The scattering formula was deduced by Integral Equation Method , which was validated by Finite Element Method .

通过将同轴波导等效为窄边是磁壁的矩形波导，建立了金属支撑杆的散射场计算模型，用积分方程法得到了散射场的计算公式，其计算结果与有限元方法仿真结果吻合良好。

The paper introduces OCS ( Operational controllable station ) system , based on the technology of PLC , which is applied in the control system of the combination wave generator ( CWG ) .

介绍了一种基于PLC技术的OCS系统在复合波发生器控制系统中的应用。

The calculation and experiment results show that the posts will excite a series of TE_ (( mn ) 1 ) modes in CWG when TEM mode is inputted .

分析计算和实验表明：当同轴波导传输TEM模时，n根角向均匀分布的支撑杆在同轴波导内激励起一系列TE（mn）1模式；

The working principle of CWG is based on the Coriolis Effect when the resonator rotates about its axis . An additional standing wave will appear due to the Coriolis force .

杯形波动陀螺的工作原理是基于其谐振子绕中心轴旋转时产生哥氏效应，使谐振子相对原驻波振动出现一附加的驻波振动。

The cupped wave gyroscope ( abbreviated as CWG ) is a vibrating inertial instrument based on the Coriolis Effect . It has a promising prospect for its advantages of low power consumption , low cost , high reliability and longevity and so on .

杯形波动陀螺是利用哥氏效应工作的振动惯性器件，因其能耗小、成本低、可靠性高和寿命长等优点而极具发展潜力。

It was shown that density , elastic modulus of the material and resonant ring had a major influence on resonator . Small diameter or thick resonant ring was harmful to resonator , which provided a reference for the structure design of CWG resonator . 3 .

发现过小的支撑杆直径或过厚的谐振环会带来有害振动；材料密度、弹性模量及谐振环对谐振子的影响最为关键，为谐振子的结构设计提供了依据。