大学物理（英文版）

图书标准信息

• 作者 李增智 著
• 出版社 国防工业出版社
• 出版时间 2006-08
• 版次 1
• ISBN 9787118046502
• 定价 52.00元
• 装帧 平装
• 开本 16开
• 纸张 胶版纸
• 页数 440页
• 字数 509千字
• 正文语种 英语

【内容简介】

本书是作者集20年双语教学的经验编写而成的大学物理英文教材。全书共11章，包括质点和刚体力学、振动与波、热学、电磁学、光学、近代物理等内容，每章均有相当数量的例题、思考题和习题，书末附有习题答案。全书内容翔实，理论联系实际，条理清晰，图文并茂。
本书可作为非物理专业特别是生物、医学专业的大学生以及在华学习的留学生开展大学物理双语教学的教材或参考书，也可以作为有一定英语基础的社会各界人士学习物理的参考书。

【目录】

Chapter1Mechanics（I）
1.1Statics
1.1.1Measurement
1.1.2Force
1.1.3NewtonsLawsofMotion
1.1.4IdealizedModels
1.1.5Equilibrium
1.2StraightLineMotion
1.2.1ConstantVelocity
1.2.2InstantaneousVelocity
1.2.3AverageandInstantaneousAcceleration
1.2.4MotionwithConstantAcceleration
1.2.5FreelyFallingBodies
1.3MotioninaPlane
1.3.1ProjectileMotion
1.3.2UniformCircularMotion
1.4WorkandEnergy
1.4.1WorkdonebyConstantForce
1.4.2WorkdonebyVaryingForce
1.4.3KineticEnergyandWork-EnergyTheorem
1.4.4ConservativeandNoneonservative（orDissipative）Forces
1.415PotentialEnergy
1.4.6TheConservationofMechanicalEnergy
1.5ImpulseandMomentum
1.5.1Impulse-MomentumTheorem
1.5.2ConservationofMomentum
Questions
Problems

Chapter2Mechanics（II）
2.1RotationofaRigidBody
2.1.1TheKinematicsofRotationaboutanAxis
2.1.2KineticEnergyofRotation.MomentofInertia
2.1.3Torque.NewtonsSecondLawforRotation
2.1.4CalculationofMomentofInertia
2.1.5Work-EnergyTheorem
2.1.6AngularMomentumandAngularImpulse
2.1.7ConservationofAngularMomentum
2.2Oscillations
2.2.1SimpleHarmonicMotion
2.2.2SimpleHarmonicMotionandUniformCircularMotion
2.2.3SimpleHarmonicMotion：EnergyConsideration
2.2.4Pendulum
2.3Waves
2.3.1Introduction
2.3.2WavelengthandFrequency
2.3.3MathematicalDescriptionofaWave
Questions
Problems

Chapter3Fluids
3.1FluidStatics
3.1.1DensityandPressure
3.1.2ArchimedesPrinciple
3.2FluidDynamics
3.2.1FluidinMotion
3.2.2StreamlinesandtheEquationofContinuity
3.2.3BernoullisEquation
3.3TheFlowofRealFluids
3.3.1Viscosity
3，3.2Turbulence
3.3.3CheckingYourBloodPressurewithTurbulence
Questions
Problems

Chapter4Thermodynamics
4.1TheFirstLawofThermodynamics
4.1.1Temperature
4.1.2TheIdealGas
4.1.3Heat，InternalEnergyandWork
4.1.4TheFirstLawofThermodynamics
4.1.5GlobalWarming
4.2TheSecondLawofThermodynamics
4.2.1HeatEnginesandHeatPumps
4.2.2TheSecondLawofThermodynamics
4.2.3Entropy
4.2.4LivingwiththeLawsofThermodynamics
Questions
Problems

Chapter5Electrostatics
5.1ElectricField
5.1.1CoulombsLaw
5.1.2ElectricField
5.1.3ElectricFieldLines
5.1.4GaussLaw
5.1.5ApplicationsofGaussLaw
5.1.6ConductorsandTheElectricFields
5.2ElectricPotential
5.2.1ElectricPotentialEnergy
5.2.2ElectricPotential
5.2.3EquipotentialSurfaces
5.2.4BiomedicalApplicationsofElectricPotentialDifference
5.3CapacitanceandTheEnergyinElectricField
5.3.1CapacitorsandCapacitance：
5.3.2TheParallelPlateCapacitor
5.3.3CapacitorsinSeriesandParallel
5.3.4EnergyinElectricField
5.3.5EffectofDielectrics
Questions
Problems

Chapter6DirectCurrent
6.1ElectricCurrent
6.1.1Introduction
6.1.2ResistanceandOhmslaw
6.1.3Superconductors
6.2ElectromotiveForce（emf）
6.2.1Introduction
6.2.2ElectricPower
6.2.3PhysiologicalEffectsofElectricCanrents
6.3DirectCurrentCircuit
6.3.1ResistorsinSeriesandinParallel
6.3.2KirehhoffsRules
Questions
Problems

Chapter7MagneticField
7.1MagneticField
7.1.1Magnetism
7.1.2TheMagneticField
7.1.3MagneticFieldLines
7.2MagneticForces
7.2.1MotionofChargedParticlesinMagneticFields
7.2.2VelocitySelectorandMassSpectrometer
7.2.3Mz__gneticForcesonCurrents
7.2.4TorqueonaCurrentLoop
7.2.5TheHallEffect
7.3ThePropertyofMagneticFields
7.3.1AmperesLaw
7.3.2ApplicationsofAmperesLaw
7.3.3MaglevTrains
Questions
Problems

Chapter8ElectromagneticInduction
8.1FaradaysLaw
8.1.1FaradaysLawofInduction
8.1.2LenzsLaw
8.1.3MotionalElectromotiveForce
8.1.4InducedElectricField
8.2Inductance
8.2.1InduetorsandInductance：
8.2.2M~_gneticEnergyandtheMagneticField
8.3MagneticPropertiesofMatter
8.3.1ClassificationofMagneticMaterials
8.3.2Ferromagnetism（FerromagneticMaterial）
8.3.3MagnetismandLife
8.4ElectromagneticWaves
8.4.1.TheGenerationofElectromagneticWaves
8.4.2TheBasicPropertiesofElectromagneticWaves
Questions
Problems

Chapter9Optics
9.1TheLawsofReflectionandRefraction
9.1.1TheNatureofLight
9.1.2TheLawofReflectionofLight
9.1.3TheLawofRefractionofLight
9.2ThinLenses
9.2.1TheEquationofThinLenses
9.2.2GraphicalMethods
9.2.3TheEye
9.2.4MicroscopeandTelescope
9.3Interference
9.3.1YoungsDouble-slitExperiment
9.3.2InterferencefromThinFilms
9.4Diffraction
9.4.1IntroductiontoDiffraction
9.4.2TheResolutionofOpticalInstruments
9.4.3TheDiffractionGrating
9.4.4DiffractionofX-raysbyCrystals
9.4.5Holography
9.5Polarization
9.5.1Introduction
9.5.2MalusLaw
9.5.3PolarizationbyReflection
Questions
Problems

ChaptEr10SpecialRelativity
10.1EinsteinPostulatesofSpecialRelativity
10.1.1ThePrincipleofNewtonianRelativity
10.1.2EinsteinPostulatesofRelativity
10.2ConsequencesofSpecialRelativity
10.2.1SimultaneityandtheRelativityofTime
10.2.2TimeDilation
10.2.3LengthContraction
10.2.4TheTwinsParadox
10.3MomentumandEnergy
10.3.1Momentum
10.3.2WorkandEnergy
10.3.3BeyondSpecialRelativity
Questions
Problems

Chapter11QuantumPhysics
11.1TheQuantumTheoryofRadiation
11.1.1PlancksQuantumHypothesis
11.1.2PhotoelectricEffect
11.1.3TheComptonEffect
11.2BohrandtheHydrogenAtom
11.2.1LineSpectra
11.2.2TheBohrHydrogenAtom
11.2.3TheLaser
11.2.4MedicalApplicationsoftheLaser
11.3TheWaveNatureofMatter
11.3.1DeBrogliesHypothesis
11.3.2TheElectronMicroscope
11.3.3TheUncertaintyPrinciple
11.4Radioactivity
11.4.1ModelsforAlpha（a），Beta（/?），andGamma（;/）Decays
11.4.2RadioactiveDecaylaw
11.4.3RadioactiveDating
11.4.4RadiationMeasurementandBiologicalEffects
11.5ElementaryParticles
11.5.1Settingthestage
11.5.2Antimatter
11.5.3PositronEmissionTomography
11.5.4ClassificationofParticlesandQuarks
11.6Cosmology
11.6.1HubbleslawandtheExpandingUniverse
11.6.2BigBangandtheEvolutionoftheUniverse
Questions
Problems
AppendixATheInternationalSystemofUnits
AppendixBUsefulMathematicalRelations
AppendixCUnitConversionFactors
AppendixDPeriodicTableofTheElements
AppendixENumericalConstants
AnswerstoProblems
References