@article{oai:muroran-it.repo.nii.ac.jp:00008934,
 author = {勝又,  暢久 and KATSUMATA, Nobuhisa and 貝森,  政明 and KAIMORI, Masaaki and YAMASAKI, Masanobu and 山崎, 雅宣 and HIGUCHI,  Ken and 樋口,  健 and NATORI, M.   C. and 名取, 通弘 and YAMAKAWA, Hiroshi and 山川, 宏},
 journal = {Journal of Mechanics Engineering and Automation},
 month = {Jan},
 note = {application/pdf, The purpose of this paper is to demonstrate and investigate the concepts of new deployable boom systems, which consist of the BCON (braid coated bi-convex tape) boom and the SMA-BCON (braid coated bi-shape memory alloy convex tape) boom. Both booms are developed for the deployable membrane structures such as solar sails, thin membrane solar array panels, deorbit mechanisms for small satellites and reflectors of space solar power satellite, etc. BCON booms can store around polygonal or cylindrical center hub, and the booms can deploy by the stepwise manner by releasing a constraint mechanism which pins the boons into two or three points for the total length. SMA-BCON booms are mainly developed for a square center body systems, and SMA is adapted on the bent points of the booms where stored around each edge of the center hub. Through the deployment experiments of both booms, the stepwise deployment behavior and its tendency are obtained. The design concept of BCON boom and SMA-BCON boom is demonstrated through this study.},
 pages = {52--62},
 title = {Deployment Characteristics of Braid Coated Bi-Convex Tape and Bi-SMA Convex Tape Booms for Deployable Membrane Structures},
 volume = {4},
 year = {2014},
 yomi = {カツマタ, ノブヒサ and カイモリ, マサアキ and ヤマサキ, マサノブ and ヒグチ, ケン and ナトリ, ミチヒロ and ヤマカワ, ヒロシ}
}