| 1. | Microwave interferometer is used to the measurement of electron density in the wake of hypervelocity projectiles . this is important to the development of aerospace and national defence
将微波干涉仪系统用于测量弹道靶尾迹的电子密度,这对航天、国防等事业发展都有着重要的意义。 |
| 2. | In chapter 3 the type ， characteristic and basic principle of ionized wake diagnosis system of microwave interferometer is introduced ， include the reflection interferometer and heterodyne interferometer
较详细地介绍了微波在等离子体中传输、反射、折射和截止的理论和条件，并说明了等离子体微波测量的理论基础。 |
| 3. | The technology renovation project " application of frequency sweep microwave interferometer method to the measurement of electron densities in the wake of hypervelocity projectiles " is the research work of this thesis
具体要求是将所研制的扫频式微波干涉仪应用于某气动物理靶中对等离子体尾迹进行电子密度的测量。 |
| 4. | This paper briefly introduces the theory and design of the microwave interferometer . we achieve the signal processing part that is the output of the result . it plays a key role in this system
本文简要的介绍了微波干涉仪的工作原理及其设计,主要完成了系统中的信号处理研究,这是系统结果的输出部分,在系统中处于关键与核心地位。 |
| 5. | In addition , it also describes the method of designing microwave interferometer diagnosis systems . in chapter 4 , the frequency sweep microwave interferometer diagnosis system is designed in detail and it ' s issues and errors are described
第四章详细地设计了气动物理靶尾迹扫频式微波干涉仪诊断系统，提出了的设计思想，并说明了这类干涉仪要注意的问题。 |
| 6. | It ' s detailed desires is to rebuild microwave interferometer for projectiles ionized wake measurement to get a new one which is easy to operate and whose outcome is correct . in chapter 1 the significance of making a diagnosis in plasma is given , especially in projectiles ionized wake diagnosis
气动物理靶中的超高速飞行物的尾迹与一般的等离子体有共性又有不同点，所以在第一章绪论里主要讲述等离子体诊断，特别是气动物理靶尾迹的诊断的重要意义。 |
| 7. | A focal plane imaging is limited in catching object when spot - focusing horn lens antenna is applied in ballistic wake microwave interferometer . so we consider to designing multiple beam focusing horn lens antenna in order to augment the range of catching and enhance the probability of hitting the target
本文的主要工作是针对弹道靶尾迹微波干涉仪里的点聚焦单波束捕捉目标的有效性能不足,而考虑设计一个具有点聚焦特点的多波束聚焦透镜天线,以增大捕捉范围和提高中靶率。 |
| 8. | The frequency sweep microwave interferometer of this thesis mention is a good system to diagnosis plasma . the system is simple to operate and the outcome is precise . the fruits of this paper will help the development of microwave interferometer and it ' s social effect is evident
本文所研制的气动物理靶尾迹扫频式微波干涉仪诊断系统是一种高性能的等离子体密度诊断系统，操作简单，测量方便、准确，其成果的潜在社会效应十分明显，对干涉仪技术的发展也有一定的作用。 |
