一、本课程的特点 注重基础理论概念的实用化、感性化以及工程化注重综合运用知识概念权衡复杂问题分析,抓住主要矛盾寻找解决问题途径的基本设计理念大量工程结构实例的剖析注重培养自行分析、动手设计的主观能力以及工程实用化的实践能力

Marel Corporation Robert Joel Barnett Vanderbilt University Industrial Systems Alan K.Wallace Oregon State University Rene Spee 104.1 Welding and Bonding Oregon State University Control System Requirements. System Parameters. Welding Mario Sznaier

Aerospace Systems Cary R. Spitzer Daniel a. martinec 102. 1 Avionics Systems Cornelius T Leondes University of California, San Diego Software in Avionics.CNS/ATM. Navigation Equipment Emphasis on Communications.Impact of \Free Flight Abdul Hamid Rana

Circuits 1 Passive Components M. Pecht, P Lall,G. Ballou, C Sankaran, N. Angelopoulos esistors. Capacitors and Inductors. Transformers. Electrical Fuses 2 Voltage and Current Sources R.C. Dorf, Z Wan, C.R. Paul J.R. Cogdell tep, Impulse, Ramp, Sinusoidal

118 Computer Design for pennsylvania State University Biomedical applications The Finite Difference Time Domain(FDTD)[Yee, 1966; Kunz and Luebbers, 1993; Taflove, 1995 is a numerical method for the solution of electromagnetic field interaction problems. It utilizes a geometry mesh, usually of

Medical lmaging University of Connecticut Leon a. frizzell 116.1 Tomography Larry A Franks Tomography. Single Photon Emission Computed Tomography. Magnetic Resonance Imaging. Imaging

107 Industrial Illuminating Systems 107.1 New Concepts in Designing an Industrial Iluminating Syst Determination of Illuminance Levels. Illuminatio Computational Methods 107.2 Factors Affecting Industrial

课的任务 1、基本步法 2、发球技术:正手发平击球 3、发球还击规则及裁判方法 4、身体素质练习

考核:连续推挡球技术、连续正手攻球技术 开始部分5分钟 1、集合整队

1、正手抽球技术 2、复习推挡球技术 提高学生身体灵敏性,培养学生机智的品质 开始部分5分钟