The design of Classical microwavecavity filter requires large Numbers of complicated formulae and numerous curves.
经典的微波腔体滤波器设计往往需要大量的复杂公式计算和繁琐的曲线查找。
2
The calculated and experimental results show that the measuring method of non-electrical parameters with the microwavecavity by perturbation has a high resolution.
计算及实验均表明,用微波腔体微扰方法测量非电量具有高的分辨率。
3
Finally, the microwavecavity developed was tested and the test results indicated that the performance of microwavecavity met the requirements for laser-cooled Rb fountain clock.