1966 年 21 巻 7 号 p. 1398-1410
This paper describes the principle, simulated experiment, reflection and refraction of waves, and physical significance of the Doppler-effect-like phenomena which occur whenever a wave or pulse go through a moving boundary between two media. The significant properties of this phenomenon are the time length change and energy amplification, as shown in the two-dimensional time-space case analyzed. The qualitative experimental results were in accordance with the theory.
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