| 1. | Magnetoelectric phase difference torque transducer
磁电相位差林转矩传感器 |
| 2. | Vibrating wire resonant wire torque transducer
振弦式转矩传感器 |
| 3. | Phase difference torque transducer
相位差式转矩传感器 |
| 4. | Magnetoelastic torque transducer
磁弹性式转矩传感器 |
| 5. | Strain gauge torque transducer
应变式转矩传感器 |
| 6. | The facture and demarcate of magnetic - flexibility torque measuring instrument is fulfilled . because of adopting the micro - computer , torque value can be processed and controlled conveniently
实现了磁弹性转矩传感器的制作及标定，并采用单片微型机对转矩值进行处理并实现复杂的控制。 |
| 7. | This paper , through accurate calculation , takes account of the effects of the mechanical structure on the measuring stability and gives the basic principles and method of choosing the torque sensor and rotational speed sensor
本文通过精确的计算，充分地考虑了机械结构对测量稳定性的影响，提出了选择转矩传感器及转速传感器的基本原理与方法。 |
| 8. | In the paper , the magnetic flexibility torque survey tool is composed of the magnetic flexibility torque sensor and following measure circuit , and based on magnetic flexibility principle of the iron - magnetism material
本文研究的磁弹性转矩测量仪由磁弹性转矩传感器和后续测量电路组成，它是利用铁磁材料的磁弹性效应(压磁效应)测量转矩的仪表。 |
| 9. | Finally the design of the general measuring system for torque has been finished . in this paper , i propose a general measuring system for torque and introduce it with five parts as follows : 1 . research on the principle of torque measurement and analysis of the actualities of traditional instruments of torque at home and abroad
针对提出的通用转矩测量系统，本文主要在以下几个方面做了工作：一、转矩测量原理的研究，转矩测量国内外现状的分析；二、光栅转矩传感器的设计；三、飞轮矩与加速度测量新方法的提出；四、传感器接口板芯片的设计和研制；五、转矩测量软件的编程及实现。 |
