dynamometry

简明释义

英[ˌdaɪnəˈmɒmɪtri]美[ˌdaɪnəˈmɑːmətri]

n. 肌力测定法；测力法

英英释义

单词用法

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例句

1.Test and calculation method of load rejection via dynamometry are introduced, several key factors involving the test are analyzed and discussed in detail, some Suggestions are presented in the end.

介绍了甩汽负荷试验的测试方法及计算方法，深入地分析与讨论了试验过程中几个关键问题，并提出自己的见解。

2.Test and calculation method of load rejection via dynamometry are introduced, several key factors involving the test are analyzed and discussed in detail, some Suggestions are presented in the end.

介绍了甩汽负荷试验的测试方法及计算方法，深入地分析与讨论了试验过程中几个关键问题，并提出自己的见解。

3.This pocket type electronic balance adopts the dynamometry transducer to change the gravity signal into an electric signal measurement, and will measure the result and carry on the digital display.

此袖珍式电子秤采用测力传感器将重力信号转换成电信号来测量，并将测量结果进行数字显示。

4.Isokinetic dynamometry has been used to quantify shoulder muscle imbalance by determining an eccentric external rotation-to-concentric internal rotation "total work ratio."

等速肌力测试法被用于量化肩关节肌肉不平衡决定离心外部同轴旋转内部旋转总功率。

5.Generally the input equipment can procure the thenar information by three kinds of methods: scanner, dynamometry board and video camera.

输入设备获取足底信息的方式通常有三种：扫描仪、测力板、摄像头。

6.Generally the input equipment can procure the thenar information by three kinds of methods: scanner dynamometry board and video camera.

输入设备获取足底信息的方式通常有三种：扫描仪、测力板、摄像头。

7.The principle of dynamometry, its operating method and testing cases are described in this paper.

文中介绍了测功法的原理、操作方法及试验实例。

8.A data processing method used for engine dynamometry by acceleration is proposed.

提出了一种对发动机加速数据的处理方法。

9.In this paper, a non-loaded dynamometry method is illustrated.

本文介绍一种无负荷测功方法。

10.The laboratory specializes in dynamometry to measure the force exerted by various machines.

该实验室专注于测力学，以测量各种机器施加的力。

11.In sports science, dynamometry is used to assess athletes' strength and performance.

在运动科学中，测力学用于评估运动员的力量和表现。

12.The engineers conducted a series of tests using dynamometry to improve the design of their new product.

工程师们进行了系列测试，使用测力学来改进他们的新产品设计。

13.Clinical studies often incorporate dynamometry to evaluate muscle function in patients.

临床研究通常采用测力学来评估患者的肌肉功能。

14.The university's biomechanics lab is equipped with advanced dynamometry tools for research.

大学的生物力学实验室配备了先进的测力学工具用于研究。

作文

Dynamometry is a crucial field of study within the realm of physics and engineering that focuses on measuring force, torque, and power. The term originates from the Greek words 'dynamis', meaning power, and 'metron', meaning measure. This discipline has significant applications in various industries, including automotive, aerospace, and biomechanics. Understanding the principles of dynamometry (动力测量) not only helps engineers design better machines but also improves safety and efficiency in many applications. One of the primary tools used in dynamometry (动力测量) is the dynamometer, which can measure the power output of engines or other mechanical systems. This device can take several forms, such as a hydraulic dynamometer, an electric dynamometer, or a mechanical dynamometer, each suited for specific applications. For instance, automotive engineers often use hydraulic dynamometers to assess the performance of car engines under various load conditions. By testing the engine's power output, they can make informed decisions about design modifications, ensuring that the vehicle meets performance standards. In addition to its applications in engineering, dynamometry (动力测量) plays a vital role in the field of biomechanics. Researchers and medical professionals utilize dynamometric techniques to evaluate human strength and physical performance. For example, during rehabilitation, therapists may use handheld dynamometers to measure a patient's grip strength or leg strength. These measurements are critical for developing personalized treatment plans and tracking progress over time. Moreover, dynamometry (动力测量) is essential in sports science, where understanding an athlete's strength and power output can lead to improved training programs. Coaches and trainers often implement dynamometric assessments to determine an athlete's capabilities and weaknesses. By analyzing these metrics, they can tailor their training regimens to enhance performance and reduce the risk of injury. Furthermore, the accuracy of dynamometry (动力测量) is paramount. Advances in technology have led to the development of more precise instruments that can provide reliable data. Digital dynamometers, for instance, offer higher accuracy and ease of use compared to traditional mechanical devices. This precision is crucial when making critical decisions based on the data collected, whether in a laboratory setting or a practical application. The importance of dynamometry (动力测量) extends beyond just measurement; it also enhances our understanding of physical principles. By studying the relationships between force, mass, and acceleration, students and researchers can gain insights into fundamental concepts in physics. This knowledge is not only theoretical but also applicable in real-world situations, where understanding the forces at play can lead to innovative solutions and advancements. In conclusion, dynamometry (动力测量) is an indispensable tool in various fields, from engineering to sports science. Its ability to measure force, torque, and power allows for improved designs, enhanced safety, and optimized performance. As technology continues to evolve, so too will the methods and applications of dynamometry (动力测量), paving the way for new discoveries and advancements in multiple disciplines. Therefore, a solid understanding of dynamometry (动力测量) is essential for anyone involved in the sciences or engineering, as it lays the groundwork for innovation and progress.