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男女青少年游泳运动员抓台式和蹲踞式出发效率的差异。

Differences in the efficiency between the grab and track starts for both genders in greek young swimmers.

机构信息

Department of Aquatic Sports, Faculty of Physical Education and Sports, National and Kapodistrian,University of Athens, Athens, Greece.

出版信息

J Hum Kinet. 2012 May;32:43-51. doi: 10.2478/v10078-012-0022-8. Epub 2012 May 30.

Abstract

The aim of this study was to determine the differences in the kinematic parameters between the grab and track starts and the differences in these two starts between genders. A total of 27 swimmers at the competitive level participated in the study, 13 boys (mean ± SD: age 15.8 ± 0.8 years, body mass 67.7 ± 7.7 kg and body height 178.6 ± 5.7 cm) and 14 girls (mean ± SD: age 16 ± 0.8 years, body mass 59.2 ± 6.6 kg and body height 166.2 ± 6.7 cm). Each swimmer performed three attempts for both start techniques. The best attempt of the grab start and the track start was taken for further analysis. The following kinematic parameters were analysed: flight distance, flight time, flight velocity, entry angle and reaction time. The males had greater numeric values for the results in all kinematic parameters for the grab start compared with the track start, except for flight velocity and entry angle (flight time 0.42 vs. 0.41 s, flight distance 3.21 vs. 3.14 m, flight velocity 7.76 vs. 7.83 m/s, entry angle 44.22 vs. 43.85 degrees and reaction time 0.86 vs. 0.81 s). The females also had greater numeric values for the results in all kinematic parameters for the grab start compared with the track start, except for flight time (flight time 0.38 vs. 0.38 s, flight distance 2.82 vs. 2.73 m, flight velocity 7.47 vs. 7.31 m/s, entry angle 45.18 vs. 44.79 degrees and reaction time 0.88 vs. 0.82 s). These results indicate that the males had significantly better results for flight time and flight distance compared with the females for the grab start (flight time 0.42 vs. 0.38 s, flight distance 3.21 vs. 2.82 m). In the case of the track start, the males had significantly better results for flight distance (3.14 vs. 2.73 m). Exploring the characteristics of the two starts did not lead to any significant kinematic differences. Therefore, a conclusion that demonstrates the superiority of one of the techniques cannot be reached. The coach, together with each swimmer individually, should devote some time to decide after some tests what type of start is better for the body type and general qualifications of the swimmer.

摘要

本研究旨在确定抓台式和蹲踞式起跑之间的运动学参数差异,以及这两种起跑方式在性别之间的差异。共有 27 名竞技水平的游泳运动员参与了这项研究,其中包括 13 名男孩(平均±标准差:年龄 15.8±0.8 岁,体重 67.7±7.7kg,身高 178.6±5.7cm)和 14 名女孩(平均±标准差:年龄 16±0.8 岁,体重 59.2±6.6kg,身高 166.2±6.7cm)。每位游泳运动员对两种起跑技术都进行了三次尝试。抓台式和蹲踞式起跑的最佳尝试将用于进一步分析。分析了以下运动学参数:腾空距离、腾空时间、腾空速度、入水角度和反应时间。与蹲踞式起跑相比,男性在抓台式起跑的所有运动学参数中都具有更大的数值,除了腾空速度和入水角度(腾空时间 0.42 比 0.41 秒,腾空距离 3.21 比 3.14 米,腾空速度 7.76 比 7.83 米/秒,入水角度 44.22 比 43.85 度,反应时间 0.86 比 0.81 秒)。女性在抓台式起跑的所有运动学参数中也具有更大的数值,除了腾空时间(腾空时间 0.38 比 0.38 秒,腾空距离 2.82 比 2.73 米,腾空速度 7.47 比 7.31 米/秒,入水角度 45.18 比 44.79 度,反应时间 0.88 比 0.82 秒)。这些结果表明,与女性相比,男性在抓台式起跑中,腾空时间和腾空距离的成绩明显更好(腾空时间 0.42 比 0.38 秒,腾空距离 3.21 比 2.82 米)。在蹲踞式起跑的情况下,男性在腾空距离上的成绩明显更好(3.14 比 2.73 米)。探索两种起跑方式的特点并没有导致明显的运动学差异。因此,不能得出其中一种技术具有优势的结论。教练应该与每位游泳运动员一起,在进行一些测试后,决定哪种起跑方式更适合游泳运动员的体型和一般素质。

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