ergometric

简明释义

英[ˌɜrɡəˈmɛtrɪk]美[ˌɜrɡəˈmɛtrɪk]

adj. 测功的；由测功计测得的

英英释义

单词用法

同义词

反义词

例句

1.This article has described the structure, principle of the attached type ergometric sensor and its actual application as well as its practicability, economy and operability.

介绍了附着式测力传感器的结构、原理及实际应用，并从实用性、经济性及可操作性的角度对其进行了阐述。

2.This article has described the structure, principle of the attached type ergometric sensor and its actual application as well as its practicability, economy and operability.

介绍了附着式测力传感器的结构、原理及实际应用，并从实用性、经济性及可操作性的角度对其进行了阐述。

3.With the monitoring system, the attached type ergometric sensor can be used for the online rolling force monitoring, which proves nice effect.

最后又结合轧机工况监测系统，使用附着式测力传感器对轧制力进行在线监测，证明具有较好的使用效果。

4.The researchers used an ergometric 功率测量的 bike to assess the participants' cardiovascular fitness.

研究人员使用了一台ergometric 功率测量的 自行车来评估参与者的心血管健康。

5.During the study, subjects performed ergometric 功率测量的 tests to measure their endurance levels.

在研究期间，受试者进行了ergometric 功率测量的 测试，以测量他们的耐力水平。

6.The gym invested in new ergometric 功率测量的 equipment to enhance their fitness programs.

健身房投资了新的ergometric 功率测量的 设备，以增强其健身项目。

7.He completed an ergometric 功率测量的 exercise test as part of his medical evaluation.

作为医学评估的一部分，他完成了一项ergometric 功率测量的 运动测试。

8.The ergometric 功率测量的 treadmill provided accurate data on the users' performance.

这台ergometric 功率测量的 跑步机提供了用户表现的准确数据。

作文

In the realm of exercise science and physical fitness, the term ergometric (功效测量的) plays a crucial role in understanding how our bodies respond to various forms of exercise. The study of ergometry involves measuring the work output during physical activities, which can provide valuable insights into an individual's fitness level, endurance, and overall health. By utilizing ergometric devices, such as treadmills, stationary bikes, and rowing machines, researchers and fitness professionals can gather data that helps tailor exercise programs to meet specific needs. One of the primary uses of ergometric testing is to assess cardiovascular fitness. For instance, during a treadmill test, an individual’s heart rate, oxygen consumption, and energy expenditure are monitored while they perform exercises at increasing intensities. This information is essential for determining the maximum aerobic capacity, known as VO2 max, which is a strong indicator of cardiovascular health. Knowing one’s VO2 max can help individuals set realistic fitness goals and track their progress over time. Moreover, ergometric assessments are not limited to cardiovascular fitness; they also extend to strength and endurance measurements. Devices such as isokinetic dynamometers allow for the measurement of muscle strength at different speeds, providing a comprehensive view of muscular function. This type of testing is particularly beneficial for athletes who need to optimize their performance by identifying strengths and weaknesses in their muscle groups. The application of ergometric principles extends beyond laboratories and gyms. In rehabilitation settings, physical therapists use ergometric assessments to design personalized recovery programs for patients recovering from injuries or surgeries. By understanding how much work a patient can handle, therapists can gradually increase the intensity of exercises, ensuring safety while promoting recovery. Additionally, the insights gained from ergometric testing can inform public health initiatives. By analyzing population-level data on fitness and activity levels, health organizations can develop programs aimed at increasing physical activity among communities. Understanding the average ergometric capabilities of different demographics can lead to more effective strategies in combating obesity and related health issues. As technology continues to advance, the field of ergometric research is evolving. Wearable fitness trackers and mobile applications now allow individuals to monitor their own ergometric data in real-time, making it easier to stay accountable to fitness goals. These tools empower users to take control of their health by providing immediate feedback on their physical activity levels and suggesting adjustments as needed. In conclusion, the concept of ergometric testing and measurement is fundamental to the fields of exercise science, rehabilitation, and public health. Whether assessing cardiovascular fitness, muscular strength, or overall health, ergometric principles guide professionals in creating effective exercise programs and interventions. As we continue to prioritize health and wellness in our lives, an understanding of ergometric concepts will undoubtedly play a significant role in shaping our approach to fitness and well-being.

在运动科学和身体健康的领域中，术语ergometric（功效测量的）在理解我们身体如何对各种形式的运动做出反应方面起着至关重要的作用。功效测量的研究涉及在体育活动中测量工作输出，这可以提供有关个人健康水平、耐力和整体健康的重要见解。通过利用ergometric设备，如跑步机、固定自行车和划船机，研究人员和健身专业人士可以收集数据，以帮助量身定制满足特定需求的锻炼计划。 ergometric测试的主要用途之一是评估心血管健康。例如，在跑步机测试中，个体的心率、氧气消耗和能量支出会在他们以逐渐增加的强度进行锻炼时被监测。这些信息对于确定最大有氧能力，即VO2 max，至关重要，VO2 max是心血管健康的强烈指示。了解一个人的VO2 max可以帮助个人设定现实的健身目标并跟踪他们的进展。 此外，ergometric评估不仅限于心血管健康；它们还扩展到力量和耐力测量。诸如等速肌肉力量计之类的设备允许在不同速度下测量肌肉力量，从而提供肌肉功能的全面视图。这种类型的测试对于需要通过识别肌肉群的优势和劣势来优化表现的运动员尤其有益。 ergometric原理的应用超越了实验室和健身房。在康复环境中，物理治疗师使用ergometric评估为从伤害或手术中恢复的患者设计个性化的恢复程序。通过了解患者能够承受多少工作，治疗师可以逐渐增加锻炼的强度，确保安全的同时促进恢复。 此外，从ergometric测试中获得的见解可以为公共卫生倡议提供信息。通过分析人群层面的健康和活动水平数据，健康组织可以制定旨在增加社区身体活动的项目。了解不同人口统计学的平均ergometric能力可以导致更有效的策略，以应对肥胖及相关健康问题。 随着技术的不断进步，ergometric研究领域也在不断发展。可穿戴健身追踪器和移动应用程序现在允许个人实时监测自己的ergometric数据，使其更容易对健身目标保持责任感。这些工具使用户能够通过提供对其身体活动水平的即时反馈以及必要时的调整建议来掌控自己的健康。 总之，ergometric测试和测量的概念是运动科学、康复和公共卫生领域的基础。无论是评估心血管健康、肌肉力量还是整体健康，ergometric原理指导专业人士创建有效的锻炼程序和干预措施。随着我们继续优先考虑生活中的健康与幸福，理解ergometric概念无疑将在塑造我们对健身和健康的态度中发挥重要作用。