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NCUEIR > College of Social Science and Physical Education > pe > Proceedings > Item 987654321/10191

Please use this identifier to cite or link to this item: http://ir.ncue.edu.tw/ir/handle/987654321/10191

Title:	Study of Vibrational Waves of Various Tennis Racquet Materials and Their Relation to Performance Control
Authors:	Chen, T. Y.;Lin, D. C.;Huang, C. F.;Chiang, J. Y.
Contributors:	體育學系
Keywords:	acket;vibration;settling time;composite material
Date:	2001-06
Issue Date:	2012-05-10T04:13:30Z
Publisher:	Exercise & Sport Science Department, TheUniversity of San Francisco
Abstract:	This study investigated vibrational waves of various tennis racket grip materials by studying maximum amplitude and settling times. Five different kinds of tennis racket grips were used, and the materials were composed by mixing carbon and glass fiber. A second purpose was to distinguish performance control by the five kinds of tennis racket. The results of this study indicated that the pure carbon fiber racket had a shorter settling time (p<.05). However, the maximum amplitude was not significantly different. This study significantly confirmed that this phenomenon would indirectly affect an athlete’s ability in performance control.
Relation:	XIX International Symposium on Biomechanics in Sports, San Francisco, June 20-26, 2001: 25-28
Appears in Collections:	[pe] Proceedings

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