医用物理学

　　This book is written primarily for the first year of pre-medical students. There are thirteen chapters which contain mechanics， vibrations， waves， basics of thermodynamics， electromagnetics， current electricity， optics， atomics and nuclear physics.The drafting of this book obeys the following rules： the knowledge system of basic physics should be introduced entirely and briefly to medical applications. The knowledge should be considered， the derivation of physics rules should be deemphasized. The understanding of basic concepts， rules and simple application of physics should be stressed; the calculus is avoided so that the students can focus on the knowledge and rules of physics， instead of being distracted by mathematical difficulties.

暂缺《医用物理学》作者简介

Chapter 1 Description of Motion
1.1 Units
1.2 Scalar and Vector
1.3 Motion Variables
1.4 Uniformly Accelerated Motion
Exercises
Chapter 2 Newton Laws of Motion
2.1 Forces and Free-Body Diagram
2.2 Newton Laws of Motion
2.3 Applications of Newton Laws of Motion
2.4 Uniform Circular Motion
Exercises
Chapter 3 Work and Energy
3.1 Work
3.2 Power
3.3 Energy
3.4 Conservation of Energy
Exercises
Chapter 4 Equilibrium of Rigid body and Momentum
4.1 Equilibrium of Rigid Body
4.2 Momentum and Impulse
4.3 Collisions
Exercises
Chapter 5 Vibrations
5.1 Simple Harmonic Motion
5.2 Damped Oscillation
5.3 Forced Vibration and Resonance
Exercises
Chapter 6 Waves
6.1 Several Concepts of Mechanical Wave
6.2 Mathematical Description of a Wave
6.3 Superposition of Waves and Interference
6.4 Sound Wave
6.5 The Doppler Effect
Exercises
Chapter 7 Fluid Mechanics
7.1 The Char-acteristic of Fluid
7.2 Static Fluid
7.3 Fluid Dynarmcs
Exercises
Chapter 8 Thermal Physics
8.1 Temperature
8.2 Thermal Properties of Matter
8.3 Thermal Processes
8.4 Heat Transfer
Exercises
Chapter 9 Electrostatic Field
9.1 Electric Charge
9.2 Coulomb Theorem
9.3 Electric Field
9.4 Gauss Theorem
9.5 Electric Potential
Exercises
Chapter 10 Current Electricity
10.1 Electric Current
10.2 Ohm Law
10.3 Power in Electric Circuits
10.4 Energy in Circuits
Exercises
Chapter 11 Magnetism
11.1 Magnetic Field
11.2 Force on a Moving Charge in a Magnetic Field
11.3 Force on a Current Carrying Conductor in a Uniform Magnetic Field
11.4 Torque on a Current Carrying Coil
11.5 Sources of the Magnetic Field
11.6 Magnetic Materials
11.7 Electromagnetic Induction
11.8 Electromagnetic Radiation
Exercises
Chapter 12 Optics
12.1 The Nature of Light
12.2 Geometrical Optics
12.3 Physical Optics
Exercises
Chapter 13 Atomic and Nuclear Physics