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首页> 外文期刊>IEICE Transactions on Communications >Waveform Analysis Of Microwave Pulses Emitted In Association With Hypervelocity Impacts
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Waveform Analysis Of Microwave Pulses Emitted In Association With Hypervelocity Impacts

机译:与超高速撞击相关的微波脉冲的波形分析

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摘要

Though microwave emissions in association with hypervelocity impacts have been confirmed experimentally, the emission characteristics and the emission mechanism have not yet been made clear. For example, whether the emission is noise or a coherent signal is not known. In this paper, two kinds of analyses, output waveform analysis and spectral analysis, are discussed. Regarding output waveform analysis, microwave pulses are simulated on the basis of a microcrack model in consideration of discharge current, and are compared with experimental pulses in terms of the pulse shape and width. Regarding spectral analysis, the intensity and phase of waveforms are calculated in the frequency domain to examine the frequency characteristics. The spectral intensity is nearly flat and the phase has coherency. Accordingly, the microwave emission is not noise but a sequence of independent pulses.
机译:尽管已经通过实验证实了与超高速撞击有关的微波发射,但是其发射特性和发射机理尚不清楚。例如,发射是噪声还是相干信号是未知的。本文讨论了两种分析,即输出波形分析和频谱分析。关于输出波形分析,考虑到放电电流,在微裂纹模型的基础上模拟微波脉冲,并在脉冲形状和宽度方面与实验脉冲进行比较。关于频谱分析,在频域中计算波形的强度和相位以检查频率特性。光谱强度几乎是平坦的,并且相位具有相干性。因此,微波发射不是噪声而是一系列独立的脉冲。

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