上海交通大学：《生物传热学教与学 Bioheat Transfer》课程教学资源（电子讲义）lecture 1 Introduction（张爱丽）

Bioheat Transfer 生物传热学 Lecture 张爱丽zhangailic@sjtu.ed山.cn TA: 忻颖 novelxiaoxin@yahoo.com.cn

Bioheat Transfer 生物传热学 Lecture ：张爱丽 zhangaili@sjtu.edu.cn TA: 忻颖 novelxiaoxin@yahoo.com.cn

Course Description Homework assignment and personal presence: 20% Final examination:80%

Course Description  Homework assignment and personal presence: 20%  Final examination: 80%

Textbook: Thermal Dosimetry and Treatment Planning,JC Chato, KD Paulsen,RB Roemer,M.Gautherie (Ed.),Springer-Verlag Berlin Heidelberg New York, London,Paris,Tokyo,Hongkong,1990. ■Referred books: Heat transfer in Medicine and Biology,A.Shitzer, Robert C.Eberhart,Plenum Press,New York and London,1985 Heat Transfer Essentials,Latif M.Jiji,Begell House Inc.,Publishers,New York,1998

 Textbook:  Thermal Dosimetry and Treatment Planning, JC Chato, KD Paulsen, RB Roemer, M. Gautherie (Ed.), Springer-Verlag Berlin Heidelberg New York, London, Paris, Tokyo, Hongkong, 1990.  Referred books：  Heat transfer in Medicine and Biology, A. Shitzer, Robert C. Eberhart, Plenum Press, New York and London, 1985  Heat Transfer Essentials, Latif M. Jiji, Begell House Inc., Publishers, New York, 1998

Introduction

Introduction

Heat Transfer Energy transfers in the form of heat(J)thru a media where temperature difference exists Temperature the measurement of heat and cold the molecular activity Unit: oC,K,F 0C=273.15K, T(K)=t(°C)+273.15 0C=32FT(°月=32+1.8t(oC)

Heat Transfer  Temperature the measurement of heat and cold : the molecular activity Unit： Energy transfers in the form of heat (J) thru a media where temperature difference exists o C ，K, F 0 oC=273.15K, T(K)=t( oC)+273.15 0 oC=32 oF, T( o F)=32+1.8t( oC)