kinetic chain length

简明释义

动力学链长

英英释义

例句

1.Adjusting the kinetic chain length can lead to better force production in weightlifting.

调整动能链长度可以提高举重时的力量产生。

2.In biomechanics, understanding kinetic chain length is essential for analyzing movement efficiency.

在生物力学中，理解动能链长度对于分析运动效率至关重要。

3.A longer kinetic chain length may result in greater range of motion during exercises.

较长的动能链长度可能导致运动时更大的活动范围。

4.The athlete improved her performance by optimizing her kinetic chain length.

这位运动员通过优化她的动能链长度来提高表现。

5.Physical therapists often assess a patient's kinetic chain length to design effective rehabilitation programs.

物理治疗师通常评估患者的动能链长度以设计有效的康复计划。

作文

The concept of kinetic chain length is fundamental in various fields, especially in biomechanics and materials science. In biomechanics, the kinetic chain length refers to the series of joints and segments that work together to produce movement. Understanding this concept is crucial for athletes and coaches who aim to optimize performance and reduce the risk of injury. For instance, when a runner propels themselves forward, their body utilizes a kinetic chain that begins at the foot and extends through the ankle, knee, hip, and into the core. Each segment plays a vital role, and any inefficiency can lead to decreased performance or injury. Therefore, analyzing the kinetic chain length can help identify weaknesses in an athlete's technique and allow for targeted training to improve efficiency.In materials science, kinetic chain length has a different but equally important meaning. It refers to the number of repeating units in a polymer chain that can influence the material's properties. The longer the kinetic chain length, the more significant the impact on the mechanical strength, elasticity, and thermal properties of the polymer. Researchers study the kinetic chain length to develop new materials with tailored characteristics for specific applications, ranging from everyday products to advanced engineering solutions.Moreover, the understanding of kinetic chain length extends beyond just biomechanics and materials science. In the field of chemistry, particularly in polymerization processes, kinetic chain length is used to describe the growth of polymer chains during chemical reactions. The rate at which chains grow can affect the physical properties of the resultant polymer. Scientists aim to control the kinetic chain length to achieve desired characteristics in synthetic materials, which can lead to innovations in packaging, textiles, and even medical devices.In summary, the term kinetic chain length encompasses a broad range of applications across different disciplines. Whether discussing human movement, material properties, or chemical reactions, understanding the kinetic chain length is essential for advancements in technology, health, and sports. As we continue to explore the intricacies of this concept, it becomes clear that mastering the kinetic chain length can lead to significant improvements in performance, safety, and material innovation. Therefore, both practitioners and researchers must pay close attention to this critical concept in their respective fields, ensuring that they leverage its potential to enhance outcomes and drive progress.

“动能链长度”这一概念在多个领域中都是基础，尤其是在生物力学和材料科学方面。在生物力学中，“动能链长度”指的是一系列协同工作的关节和部分，以产生运动。理解这个概念对运动员和教练来说至关重要，他们旨在优化表现并降低受伤风险。例如，当跑步者向前推进时，他们的身体利用一个从脚开始、通过踝关节、膝关节、髋关节延伸到核心的动能链。每个部分都发挥着至关重要的作用，任何效率低下都会导致表现下降或受伤。因此，分析“动能链长度”可以帮助识别运动员技术中的弱点，并允许针对性训练以提高效率。在材料科学中，“动能链长度”具有不同但同样重要的含义。它指的是聚合物链中重复单元的数量，这会影响材料的特性。“动能链长度”越长，对聚合物的机械强度、弹性和热性能的影响就越显著。研究人员研究“动能链长度”，以开发具有特定应用的特性的新材料，从日常产品到先进的工程解决方案。此外，“动能链长度”的理解不仅限于生物力学和材料科学。在化学领域，特别是在聚合过程中的“动能链长度”用于描述在化学反应过程中聚合物链的生长。链增长的速率会影响最终聚合物的物理特性。科学家们旨在控制“动能链长度”，以实现合成材料所需的特性，这可以导致包装、纺织品甚至医疗设备的创新。总之，术语“动能链长度”涵盖了跨学科的广泛应用。无论讨论人类运动、材料特性还是化学反应，理解“动能链长度”对于技术、健康和体育的进步至关重要。随着我们继续探索这一概念的复杂性，越来越明显的是，掌握“动能链长度”可以显著改善表现、安全性和材料创新。因此，无论是从业者还是研究人员，都必须密切关注这一关键概念，确保他们利用其潜力来提升成果并推动进步。