@article{oai:biwako-seikei.repo.nii.ac.jp:00003073,
 author = {藤林, 献明 and Fujibayashi, Nobuaki and 木野村, 嘉則 and Kinomura, Yoshinori and 図子, 浩二 and Zushi, Koji},
 issue = {14},
 journal = {研究紀要 ＝ Bulletin of Biwako Seikei Sport College},
 month = {Mar},
 note = {The purpose of this study is to examine the optimal measurement condition of Rebound long jump test (RLJ test) and to investigate the relationship between sprinting and horizontal jumping ability. The RLJ test evaluates the ability to perform the ballistic stretch-shortening cycle movement for a high-speed horizontal jump performed by a single leg by using the RLJ index (RLJ-index (m/s) = Jumping distance (JD(m)) / Contact time (CT(s)). The test is composed of two uninterrupted jumps, the falling jump and the propulsive jump. The touchdown velocity of the propulsive jump is able to modulate by changing the distance of the falling jump (DFJ). Eleven male junior-tertiary college track-and-field athletes performed the RLJ test, and the DFJ was set at 1 and 2 m (DFJ1m, DFJ2m, respectively), and jumping distance and contact time were measured for both DFJ. Simultaneously, the 60m-sprint and the ten steps of bounding were conducted. We found that there was a correlation between the RLJ index measured for a DFJ2m and the maximal speed phase of the 60m-sprint and the ten steps of bounding. These results demonstrate the significance of using the RLJ test and RLJ index by using DFJ2m for junior track-and-field athletes to measure the common ability to perform the ballistic stretch-shortening cycle movement in unilateral horizontal jump events.},
 pages = {105--114},
 title = {ジュニア男子アスリートを対象としたRebound Long Jump Testと疾走および水平跳躍能力との関係},
 year = {2017},
 yomi = {フジバヤシ, ノブアキ and キノムラ, ヨシノリ and ズシ, コウジ}
}