Ballistic Wake Microwave Frequency Sweep Interferometer Diagnostic System Simulation

"The Swept Microwave Interferometer System" is a technological renovationitem in a* certain vital technological renovation project. The detailed desire is toapply the swept microwave interferometer system to a certain pneumatic physicaltarget to fulfill the electronic density measurement of the plasma wake. The system isveracity and credible, easy to manipulate and measure.To the wake, there are general characters and differences between the ordinaryplasma and the hypervelocity flyer which is in the pneumatic physical target. So, inthe exordium of chapter 1, it explains the diagnosis of plasma, focuses on thesignificance of the projectiles ionized wake diagnosis. It introduces the usual methodand the basic thought, the principle of the closing and opening resonators diagnosissystem. It summarizes the developments at home and abroad, and the main contents ofthis thesis.In chapter 2, it introduces, in the non-magnetic field, the characteristic of themicrowave in the plasma, and the characteristic of the plasma wake of ballistic target.It introduces the theories and conditions that the microwave transmits, reflects,refracts, and cut-offs in the plasma, it also explains the theoretic foundation about theplasma microwave measurement.In chapter 3, it introduces the usual types, characteristic and principle of themicrowave interferometer, it compares with different types, including the heterodyneinterferometer, the reflection interferometer and the swept interferometer. In thischapter, it also introduces the designing method and some important problems of theinterferometer briefly.In chapter 4, the swept microwave interferometer diagnosis system is designed indetail. The designing thought of "Af.r=l" is pointed out, the issues about this kind ofinterferometer us described.In chapter 5, it expounds how to apply the MATLAB simulative technology tothe systemic simulation, describes the related theory in detail, mentions the simulativemethod to the microwave interferometer system.In chapter 6, the Simulink simulative techniques in the...