Sinclair G D, Moyls P W
Can J Appl Sport Sci. 1979 Mar;4(1):60-5.
Photoelectric cells and accelerometers enabled the measurement of reaction, movement and total response times of the limbs of representative goalkeepers (N = 12) from five levels of organized hockey, under simple and choice test conditions. Speed of response characteristics fundamental to success at these levels of competition and the developmental improvement, which must occur annually to permit progress through the goalkeeping hierarchy, were suggested. The point at which the beginner's "reaction-type" pattern of goaltending must be augmented with "anticipation-type" behavior was explored. The concept that the ability to react and move is specific to the direction of the response was upheld at all levels of investigation. Standard deviation of the RT/MT/TRT's of each group reflected the degree of variability of performance that is tolerable at each level. This variability generally decreased with each ascending level within both testing conditions, with the exception of the CRT measures. Data collected over a two year period, for four subjects, revealed that the most evident longitudinal changes occurred in MT and that the youngest player experienced the greatest degree of overall improvement.
光电细胞和加速度计能够测量来自五个级别的有组织曲棍球比赛中代表性守门员(N = 12)四肢的反应、运动和总反应时间,测试条件分为简单测试和选择测试。研究表明,在这些比赛级别取得成功以及每年必须发生以允许在守门员等级体系中取得进步的发展性提高所必需的反应速度特征。探讨了初学者“反应型”守门模式必须增加“预判型”行为的时间点。在所有调查级别中,反应和移动能力因反应方向而异这一概念均得到支持。每组反应时间/运动时间/总反应时间的标准差反映了每个级别可容忍的表现变异性程度。在两种测试条件下,这种变异性通常随着每个上升级别而降低,但选择反应时间测量值除外。对四名受试者在两年期间收集的数据显示,最明显的纵向变化发生在运动时间上,并且最年轻的球员总体进步程度最大。