摘要
目的:探究优秀短跑运动员苏炳添1个赛季中不同训练阶段阻力跑和助力跑训练负荷特征及训练效果。方法:运用跟踪记录法对苏炳添同一赛季不同训练阶段阻力跑和助力跑的训练负荷参数进行测试和记录,使用Microsoftexcel 2016软件对数据进行对比分析。结果:1)教练员主要采用17.1%~37.1%BW的阻力负荷和5~20 m的练习距离来提高苏炳添的起跑能力;采用10%~17.1%BW阻力负荷和30~40 m练习距离来提高苏炳添的加速能力。2)采用8.6%~10%BW助力负荷、86.4%~99.1%V_(max)助力速度和20~40 m牵引距离来提高苏炳添的次最大速度条件下跑动技术的稳定性;采用8.6%BW助力负荷,99.1%~102%V_(max)助力速度和20 m牵引距离来提高苏炳添最大速度能力。3)苏炳添常用的辅助性练习阻力负荷为2.9%BW、练习距离为40~45 m,小栏架跑的阻力负荷为9%~11.4%BW、练习距离为30~50 m。结论:苏炳添阻力跑和助力跑训练在发展起跑、加速跑及加速跑能力方面具有明显的效果,根据不同训练阶段和专项需求,系统、交替地安排阻力跑和助力跑训练是苏炳添在60 m和100 m两个项目上均取得重大突破的主要原因之一。
Objective:To explore the characteristics and training effects of resisted sprint and assisted sprint training load in different training stages of elite sprinter Su Bingtian in one season.Methods:The training load parameters of resisted sprint and assisted sprint in different training stages of Su Bingtian in 2018 season was tracked and recorded,then the Microsoft Excel 2016 software was used to compare and analyze the data.Results:1) The 17.1%~37.1%BW resistance load and 5~20 m practice distance were mainly used to improve Su’s starting ability,and a resistance load of 10%~17.1%BW and a practice distance of 30~40 m were used to improve Su’s acceleration ability;2) The 8.6%~10%BW power load,86.4%~99.1%V;power speed and 20~40 m traction distance were used to improve Su’s running stability during the maximum speed;a 8.6%BW power load,99.1%~102%V;power speed and 20 m traction distance were used to improve Su’s maximum speed capability;3) The commonly used resistance load in auxiliary training was 2.9%BW,the training distance was 40~45 m,and the resistance load of small hurdle running was9%~11.4%BW and the training distance was 30~50 m.Conclusions:The resisted sprint and assisted sprint training improved the starting,acceleration and acceleration abilities of Su Bingtian in the 2018 season.According to different training stages and the specific requirements,the systematacially and alternately arrangement of resisted sprint and assisted sprint training were the main reasons for Su Bingtian to make breakthrough in both 60 m and 100 m sprint in 2018 season.
作者
彭秋艳
苏炳添
章碧玉
王国杰
PENG Qiuyan;SU Bingtian;ZHANG Biyu;WANG Guojie(Beijing Sport University,Beijing 100084,China;Sport institute,Jinan University,Guangzhou 510632,China;Nanjing Sport Institute,Nanjing 210014,China)
出处
《体育科学》
CSSCI
北大核心
2021年第12期62-68,共7页
China Sport Science
基金
教育部人文社会科学研究规划基金(19YJA890039)
田径跳跃远度项目国家队一组备战东京奥运会(2021年度)科技攻关与科技服务(TJ2021002)
中央高校基本科研业务费专项基金(20211018)。
关键词
阻力跑
助力跑
周期安排
负荷控制
resisted sprint training
assisted sprint training
training arrangement
load control