Zhu Kun, Zhao Longfei
Graduate School, St. Paul University, Tuguegarao, Philippines.
Sports and Health College, Guizhou Medical University, Guiyang, China.
Front Chem. 2023 Sep 27;11:1275448. doi: 10.3389/fchem.2023.1275448. eCollection 2023.
In recent years, with the rapid development of the sports industry, the quality of sports training products on the market is uneven. Problems such as inaccurate detection of athletes' physical indicators, low comfort of sportswear, and reduced satisfaction with sports equipment often occur. To this end, this article proposes to apply conjugated materials with excellent optical, electrical, thermal and other properties to sports training and sports products, by summarizing the properties of conjugated materials and their applications in sports training, explores the potential of conjugated materials in improving athletes' training effects, monitoring sports status, and improving sports equipment. This article rates the application of conjugated materials in sports training products in terms of comfort, waterproofness, portability, lightness, aesthetics and breathability. The results showed that the average scores of the 20 sports participants on sportswear were 9.0475, 9.0075, 9.01, 9.025, 9.0325 and 9.04 respectively; the average scores on sports shoes were 9.035, 9.055, 9.02, 9.085, 9.0175 and 8.9975 respectively. Research shows that applying conjugated materials to sports training can improve athletes' performance and contribute to the better development of sports.
近年来，随着体育产业的快速发展，市场上体育训练产品质量参差不齐。运动员身体指标检测不准确、运动服装舒适度低、运动器材满意度下降等问题屡见不鲜。为此，本文提出将具有优异光学、电学、热学等性能的共轭材料应用于体育训练和体育产品中，通过总结共轭材料的性能及其在体育训练中的应用，探索共轭材料在提高运动员训练效果、监测运动状态和改进运动器材方面的潜力。本文从舒适度、防水性、便携性、轻便性、美观性和透气性等方面对共轭材料在体育训练产品中的应用进行评分。结果显示，20名运动参与者对运动服装的平均评分分别为9.0475、9.0075、9.01、9.025、9.0325和9.04；对运动鞋的平均评分分别为9.035、9.055、9.02、9.085、9.0175和8.9975。研究表明，将共轭材料应用于体育训练可以提高运动员的表现，有助于体育事业更好地发展。
