本文说明所研制的悬链式超声功率计的基本原理、结构设计、校准、误差及其优点。
A tethered float ultrasonic power meter has been built. Its measuring principle, design, calibration, error analysis and advantages are described in this paper.
研究了一种新颖的光纤加速度计，阐述了三光纤grin透镜加速度敏感元件的工作原理及其结构设计。
In this paper, a novel Fiber-Optic accelerometer was studied. It demonstrates the operational principle and structure design of the three-fiber accelerometer using a GRIN lens.
在本文中，作者负责激光功率计的镜头光学设计、结构设计，电子箱电路软硬件设计工作。
Project, the author is responsible for optical design of the lens, structure, electronic box circuit, software and hardware design of the laser power-tester.
根据设计的结构对复合梁加速度计的加工工艺进行了研究，为进一步的结构设计优化以及后续的加工提供了有价值的参考依据。
Researching on the process technics of composite-beam accelerometer according to the designed structure, the research is valuable to the structure optimized and the following processing.
根据设计的结构对复合梁加速度计的加工工艺进行了研究，为进一步的结构设计优化以及后续的加工提供了有价值的参考依据。
Researching on the process technics of composite-beam accelerometer according to the designed structure, the research is valuable to the structure optimized and the following processing.
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