基于时空坐标转换理论而研制的时栅位移传感器实现了以时间测量空间，但关键是要构建一个以恒速V运动的坐标系。
Time grating displacement sensor is working on theory of time-space coordinate transformation, which need constitute a moving coordinate with constant velocity V.
本研究以串行加工观和并行加工观的争议为理论背景，探讨学生译员的口译过程中语言转换的时间进程。
Within the context of the debate between the serial view and the parallel view, the present study investigates the time course of language reformulation in the process of interpreting.
同时理论分析说明该种器件无论在能量转换效率，还是在产生微波脉冲的上升时间上均具有优势。
These results calculated by the analytic theory are close to those obtained by PIC simulation and reveal the advantages of high efficiency and short microwave pulse risetime for the generator.
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