医学物理学（英文版） / 中国科学院教材建设专家委员会规划教材
作者： 陈艳霞
出版时间：2015年1月
出版社：中国科技出版传媒股份有限公司
- 中国科技出版传媒股份有限公司
- 9787030425140
- 1-1
- 143492
- 0048161488-1
- 平装
- 16开
- 2015年1月
- 313
- 212
- 医学
- 基础医学
- R312
- 临床、预防、基础、口腔、麻醉、影像等
- 本科
This textbook is compiled primarily for overseas students in China who plan to develop a career in some field of medicine. There are twelve chapters that determined by the needs of medicine majors including the basis of biomechanics; vibration, wave and sound; the motion of fluid; phenomena on liquid surfaces; electric field; magnetic field, direct current; geometric optics; wave optics; laser; xrays; and nuclear physics.
Although this book is aimed at overseas medical students, we believe it can be used by Chinese longyear program medical students and biology major students as bilingual teaching materials. And it also serves as an excellent reference book for teachers and students in the related profession.
Preface
CHAPTER 1 THE BASIS OF BIOMECHANICS
1.1 Newton's Laws of Motion
1.2 Rotation of Rigid Bodies
1.3 Elastic Properties of Materials
1.4 The Mechanical Properties of Bone
1.5 The Mechanical Properties of Muscle
Summary
Review Questions
CHAPTER 2 VIBRATION, WAVE AND SOUND
2.1 Simple Harmonic Motion
2.2 The Combination of Vibration
2.3 Simple Harmonic Wave
2.4 Energy in Wave
2.5 Superposition of Wave and Interference
2.6 Sound Wave
2.7 Doppler Effect and Shock Wave
2.8 Ultrasonic and its Applications in Medicine
Summary
Review Questions
CHAPTER 3 THE MOTION OF FLUIDS
3.1 Steady Flow of Ideal Fluid
3.2 Bernoulli's Equation
3.3 Applications of Bernoulli's Equation
3.4 Viscous Fluid Flow
Summary
Review Questions
CHAPTER 4 PHENOMENA ON LIQUID SURFACES
4.1 Surface Tension and Surface Energy
4.2 Additional Pressure of a Curved Surface of Liquid
4.3 Capillary Action and Air Embolism
Summary
Review Questions
CHAPTER 5 STATIC ELECTRIC FIELD
5.1 Electric Field Intensity
5.2 Gauss's Law
5.3 Electric Potential
5.4 Dielectrics
5.5 Electric Dipole and Membrane Potential
Summary
Review Questions
CHAPTER 6 MAGNETIC FIELD
6.1 Magnetic Field and Magnetic Induction
6.2 The Motion of a Charged Particle and the Force on a Current Wire in Magnetic Field
6.3 Magnetic Substance and Superconducting Magnet
6.4 Electromagnetic Induced Phenomena
6.5 The Applications of Magnetism in Biology
Summary
Review Questions
CHAPTER 7 DIRECT CURRENT
7.1 Electric Current and Electric Current Density
7.2 Kirchhoff's Laws
7.3 Circuits Containing Resistor and Capacitor
7.4 The Applications of Direct Current in the Medicine
Summary
Review Questions
CHAPTER 8 GEOMETRIC OPTICS
8.1 Reflection and Refraction
8.2 Refraction at a Spherical Surface
8.3 The Thin Lens
8.4 The Eye
8.5 The Microscope
Summary
Review Questions
CHAPTER 9 WAVE OPTICS
9.1 Interference of Light
9.2 Diffraction of Light
9.3 Polarization of Light
Summary
Review Questions
CHAPTER 10 LASER
10.1 The Basis of Laser
10.2 The Bioeffects of Laser
10.3 The Application of Laser in Medicine
Summary
Review Questions
CHAPTER 11 XRAYS
11.1 Generation of Xrays
11.2 Xrays Spectra
11.3 The Basic Properties of Xrays
11.4 The Absorption of Xrays
11.5 The Application of Xrays in Medicine
Summary
Review Questions
CHAPTER 12 NUCLEAR PHYSICS
12.1 The Properties of Nucleus
12.2 Nuclear Decay
12.3 The Rules of Nuclear Decay
12.4 The Interaction of Radiation with Matter
12.5 Radiation Detection and Measurement
12.6 The Applications of Radionuclide in Medicine
Summary
Review Questions
References
APPENDIX Fundamental Physical Constants
