@article{oai:kanazawa-u.repo.nii.ac.jp:00014412,
 author = {馬渕, 宏 and 梶波, 康二 and 藤田, 一 and 宇野, 欣秀 and 伊藤, 英章 and 武田, 三昭 and 稲津, 明広 and 小泉, 順二 and 竹田, 亮祐},
 issue = {2},
 journal = {臨床化学 = Japanese Journal of Clinical Chemistry},
 month = {Jan},
 note = {When tension acts on a yarn running on a cylindrical bobbin, the yarn leaves for a new equilibrium position and draws a curve on its surface. In this paper, we assumed that the yarn was free to bend, but did not stretch and that its inertial force was negligible compared to the external forces such as reaction force and friction force. The force balance equations, which determined a yarn path contacting with a curved surface, were developed in vector form on the basis of differential geometry. We derived a set of differential equations describing the space curve drawn by the yarn traveling on the cylindrical surface. Two experiments were compared with the simulations. The measured yarn path and tension for two actual examples turned out that the parabola obtained by our simulation was a fairly good approximation for the yarn path sliding on a cylindrical surface.},
 pages = {79--87},
 title = {高脂血症の遺伝的要因の解析},
 volume = {19},
 year = {1990}
}