臺灣學術機構典藏系統 (Taiwan Academic Institutional Repository, TAIR)

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Institution	Date	Title	Author
臺大學術典藏	2018-09-10T15:00:20Z	Four-bar linkage based minimally invasive surgical instrument design and stiffness synthesis	M. Kam;S. T. Liu;J. Y. Yen.;Y. T. Chao;Y. L. Yu;Y. T. Liao;Y. Y. Chen;M. C. Ho; M. Kam; S. T. Liu; J. Y. Yen.; Y. T. Chao; Y. L. Yu; Y. T. Liao; Y. Y. Chen; M. C. Ho; YUNG-YAW CHEN
臺大學術典藏	2018-09-10T15:00:20Z	Four-bar linkage based minimally invasive surgical instrument design and stiffness synthesis	M. Kam;S. T. Liu;J. Y. Yen.;Y. T. Chao;Y. L. Yu;Y. T. Liao;Y. Y. Chen;M. C. Ho; M. Kam; S. T. Liu; J. Y. Yen.; Y. T. Chao; Y. L. Yu; Y. T. Liao; Y. Y. Chen; M. C. Ho; YUNG-YAW CHEN
臺大學術典藏	2018-09-10T15:00:19Z	A novel application for enlarge focus area based on High Intensity Focused Ultrasound (HIFU) probe with a high directivity structure design	Y. L. Yu;Y. T. Chao;J. Y. Yen;C. J. Hsu;M. Kam;M. C. Ho;Y. Y. Chen;F. L. Lian; Y. L. Yu; Y. T. Chao; J. Y. Yen; C. J. Hsu; M. Kam; M. C. Ho; Y. Y. Chen; F. L. Lian; YUNG-YAW CHEN
臺大學術典藏	2018-09-10T15:00:19Z	A novel application for enlarge focus area based on High Intensity Focused Ultrasound (HIFU) probe with a high directivity structure design	Y. L. Yu;Y. T. Chao;J. Y. Yen;C. J. Hsu;M. Kam;M. C. Ho;Y. Y. Chen;F. L. Lian; Y. L. Yu; Y. T. Chao; J. Y. Yen; C. J. Hsu; M. Kam; M. C. Ho; Y. Y. Chen; F. L. Lian; YUNG-YAW CHEN
臺大學術典藏	2018-09-10T09:50:27Z	Dynamics stress analysis for a high rigidity bendable Minimal Invasive surgical (MIS) instrument design	Y. T. Chao;Y. L. Yu;J. Y. Yen;M. Kam;C. J. Hsu;M. C. Ho;Y. Y. Chen;J. Fang;F. L. Lian; Y. T. Chao; Y. L. Yu; J. Y. Yen; M. Kam; C. J. Hsu; M. C. Ho; Y. Y. Chen; J. Fang; F. L. Lian; YUNG-YAW CHEN
臺大學術典藏	2018-09-10T09:50:27Z	Dynamics stress analysis for a high rigidity bendable Minimal Invasive surgical (MIS) instrument design	Y. T. Chao;Y. L. Yu;J. Y. Yen;M. Kam;C. J. Hsu;M. C. Ho;Y. Y. Chen;J. Fang;F. L. Lian; Y. T. Chao; Y. L. Yu; J. Y. Yen; M. Kam; C. J. Hsu; M. C. Ho; Y. Y. Chen; J. Fang; F. L. Lian; YUNG-YAW CHEN

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