actinometry 发音：['?kt?n?m?tri]
actinometry 基础释义： 肌动学测定法，肌动学计量法。
英语范文：
题目：肌肉疲劳的测定方法
在运动科学中，肌肉疲劳的测定是一个重要的研究课题。有多种方法可以用来测定肌肉疲劳，其中包括actinometry。
actinometry是一种通过测量肌肉收缩时的肌动蛋白运动来评估肌肉疲劳程度的技术。通过测量肌肉收缩的力度和持续时间，我们可以得到肌肉疲劳的程度。这种技术对于研究肌肉疲劳的机制和寻找治疗方法非常重要。
然而，actinometry并不是唯一的测定肌肉疲劳的方法。其他的方法包括生理指标测定，如心率和呼吸频率，以及主观疲劳问卷调查。这些方法各有优缺点，需要结合使用以获得更全面和准确的结果。
总的来说，了解肌肉疲劳的测定方法对于运动科学和健康科学的研究非常重要。我们需要继续探索和研究新的技术和方法，以更好地理解肌肉疲劳的机制，并找到更有效的治疗方法。
音标和基础释义：
act?n??m?tri? /；n. 肌动学测定法；肌动学计量法；测定肌肉疲劳的方法；测定肌肉收缩力度和持续时间的方法；评估肌肉疲劳程度的技术。
Actinometry: A Tool for Measuring Muscle Activity
Actinometry is a technique that measures the activity of muscle fibers using a special instrument called an actometer. This technique is commonly used in research and sports science to understand how muscles work and how they respond to exercise.
One of the main applications of actinometry is in studying muscle fatigue. By monitoring muscle activity during exercise, researchers can determine how much effort the muscles are putting in and how quickly they are becoming fatigued. This information can be used to develop more effective exercise programs and improve performance in athletes.
Another area where actinometry is useful is in studying muscle recovery. After exercise, muscles need time to recover and repair themselves. Actinometry can be used to monitor this process and determine how quickly the muscles are returning to their normal state. This information can be used to develop more effective recovery strategies for athletes and others who engage in strenuous physical activity.
In conclusion, actinometry is a valuable tool for understanding muscle activity and the response of muscles to exercise. By using this technique, researchers and athletes can gain a better understanding of how muscles work and how they respond to various stimuli, which can lead to more effective exercise programs and improved performance.
Actinometry
Actinometry is a measurement technique that is used to study the activity of muscle cells. It involves monitoring the movement of actin, a protein that forms the main structural component of muscle fibers. By recording the movement of actin, scientists can determine how much force a muscle is producing during exercise or other activities.
Actinometry has been used in a wide range of research fields, including sports science, physical therapy, and biomechanics. It is particularly useful for studying the mechanics of human movement, such as how the body moves through space and how muscle activation patterns change during different activities.
One example of actinometry research is in the field of sports performance. Athletes can use actinometry to assess their own muscle activation patterns during training sessions and competitions, which can help them improve their performance and reduce injury risk.
Another application of actinometry is in physical therapy. Patients with muscle disorders or injuries can use actinometry to monitor their recovery progress and adjust their rehabilitation programs accordingly.
Overall, actinometry is a valuable tool for studying muscle function and movement. It provides a comprehensive understanding of muscle activity and can help researchers and clinicians develop more effective treatment and prevention strategies for various conditions.
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