谐振式传感器是一种新型高精度的传感器。
提出了一种微机械谐振式压力传感器的新结构。
介绍了谐振式电能无线传输的原理和系统设计方案。
The paper introduces the theory of resonant power wireless transfer and the design scheme of experimental system.
弹性弯管在谐振式直接质量流量传感器中起着重要的作用。
The elastic tube plays an important role in the resonant direct mass flow sensor.
选用薄壁圆筒作为谐振子，设计了短管谐振式密度传感器。
A short pipe densitometer is designed with the resonator of cylinder shell.
本文简单介绍了线型调制器谐振式逆变充电电路的工作原理。
The paper introduces simply the operational principle of the resonant invert charging circuit of line-type modulator.
石英谐振式力传感器是一种输出为频率信号的数字式传感器。
Quartz resonance force sensor is a digital sensor with frequency signal as its output form.
最后探讨了串联谐振式限流器对继电保护和电网过电压的影响。
Finally, the impact of series resonant current limiter on relay protection and over voltage in grid was explored.
谐振式光纤陀螺（R-FOG）是新一代惯性旋转传感器的代表。
Resonator fiber optic gyro(R-FOG) is a promising candidate for the next generation inertial rotation sensor.
双频率锯齿波组合调制技术可应用于谐振式光纤陀螺数字处理系统。
The two-frequency serrodyne modulation technique can be used in the digital R-FOG system.
论文主要研究与开发大功率串联谐振式DBD型臭氧发生器的供电电源。
This paper is mainly concerned to research and develop high power series resonant inverter power supply for DBD ozone generator.
对一种硅谐振式压力微传感器敏感结构的边界结构参数进行了优化设计。
The boundary structural parameters of a silicon resonant pressure microsensor are optimized in this paper.
本文研究的目的是设计制作一种基于石英谐振式力敏传感器的便携式测力系统。
The purpose of the research conducted in this essay is to design a kind of portable force measuring system with quartz resonance force sensor.
针对石英谐振式称重传感器的结构特点，对导致传感器产生失效的机理进行了分析。
Based upon the structure of a quartz resonant weighing sensor, failure mechanism is analyzed.
采用谐振式紊动模拟装置使污染泥沙受到扰动，解吸重金属污染物进行模拟试验研究。
Desorption of sediment polluted by heavy metals is studied by using harmonic vibration device for simulating turbulence.
本文研究了谐振式硅微结构压力传感器在单频激励和双频激励情况下的非线性振动特性。
The nonlinear vibration characteristics of resonant silicon microstructure pressure sensor are investigated under single and two frequency excitation signal conditions.
通过仿真，本文优化设计的谐振式湿度测量传感器具有良好的高频电磁性能和气动性能。
With the help of simulation, the optimally designed resonant cavity type wetness sensor has acquired good high-frequency electromagnetic as well aerodynamic characteristics.
通过了对串联谐振式和并联谐振式感应加热电源的分析与比较，选用了串联谐振主电路。
After the series resonant type and the parallel type induction heating power supply are analyzed and compared, the series resonant type main circuit is adopted.
为降低大容量输电系统的短路电流水平，提出一种基于饱和电抗器的串联谐振式故障限流器。
With a view to reducing the short circuit current level of large capacity transmission systems, an in-series resonant type FCL based on saturated inductor is presented.
谐振式传感器是利用某种谐振子的固有频率随被测物理量的变化进行测量的一类准数字式装置。
Resonant sensor system is a kind of quasi-digital measuring device utilizing the effect that the natural frequency of the resonator changes according to the measured frequency.
在对圆筒谐振子的数学模型计算和有限元分析的基础上，设计了一种新型的谐振式液体密度传感器。
Based on the calculation and finite element analysis of resonator, a new kind of resonant liquid density meter is designed.
围绕着光声腔mems化的目标，本文研制了一种高灵敏度小型化的谐振式红外光声气体传感系统。
Around the goal of a MEMS photo-acoustic cell, this paper developed a highly sensitive miniaturized infrared photo-acoustic system.
最后，依据前述所得的一些具有设计意义的结论，设计出一个谐振式传感系统，并给予其稳定性验证。
Finally, according to the conclusions drawn, a resonant sensor system is designed and its stability is evaluated.
对谐振式集成光学角速率传感器IORS的关键器件之一——大功率、窄线宽光源进行了分析与实验。
A high power, narrow linewidth single frequency laser diode as one of the key elements of Integrated Optical Rotation Sensor (IORS) is studied.
谐振式光纤陀螺(R - FOG)中，偏振波动引起的检测信号漂移对陀螺系统的检测精度有重要影响。
In the resonator fiber-optic gyro (R-FOG), the detection precision of the system is influenced by the polarization-fluctuation deeply.
研制的谐振式软开关弧焊逆变电源，主电路采用新型LCL结构，控制系统选用恒频移相调脉宽控制方案。
The resonant soft switching inverter arc welding power source uses LCL type structure in the main circuit, and selects phase shifting pulse wide modulation technique in the control system.
接着对负载谐振式逆变器进行了分类并比较了他们的特点，最终采用了串联谐振、电容分压输出的拓扑结构。
By classifying load resonant inverters and comparing their characteristic, a topology of series resonant inverter with output from resonant capacity is proposed.
接着对谐振式光纤陀螺中的主要噪声因素的产生机理做了分析，归纳整理了我们关心的几种噪声的补偿方法。
The production mechanism of the main noise factors in the resonation FOG is analyzed subsequently. The compensation methods of some kinds of noises which we care are induced.
接着对谐振式光纤陀螺中的主要噪声因素的产生机理做了分析，归纳整理了我们关心的几种噪声的补偿方法。
The production mechanism of the main noise factors in the resonation FOG is analyzed subsequently. The compensation methods of some kinds of noises which we care are induced.
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