| 作 者： | 理查德·菲茨帕特里克 |
| 出版社： | 哈尔滨工业大学出版社 |
| 丛编项： | |
| 版权说明： | 本书为公共版权或经版权方授权，请支持正版图书 |
| 标 签： | 暂缺 |
| ISBN | 出版时间 | 包装 | 开本 | 页数 | 字数 |
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PrefaceCHAPTER
Simple
Harmonic
Oscillation1.1
Introduction1.2
Mass
on
Spring1.3
Simple
Harmonic
Oscillator
Equation1.4
LC
Circuit1.5
Simple
Pendulum1.6
Compound
PendulumExercisesCHAPTER
Damped
and
Driven
Harmonic
Oscillation2.1
Introduction2.2
Damped
Harmonic
Oscillation2.3
Quality
Factor2.4
LCR
Circuit2.5
Driven
Damped
Harmonic
Oscillation2.6
Driven
LCR
Circuit2.7
Transient
Oscillator
ResponseExercisesCHAPTER
Coupled
Oscillations3.1
Introduction3.2
Two
Spring-Coupled
Masses3.3
Two
Coupled
LC
Circuits3.4
Three
Spring-Coupled
MassesExercisesCHAPTER
Transverse
Standing
Waves4.1
Introduction4.2
Normal
Modes
of
Beaded
String4.3
Normal
Modes
of
Uniform
String4.4
General
Time
Evolution
of
Uniform
StringExercisesCHAPTER
Longitudinal
Standing
Waves5.1
Introduction5.2
Spring-Coupled
Masses5.3
Longitudinal
Waves
on
Thin
Elastic
Rod5.4
Sound
Waves
in
Ideal
Gas5.5
Fourier
AnalysisExercisesCHAPTER6
Traveling
Waves6.1
Introduction6.2
Standing
Waves
in
Finite
Continuous
Medium6.3
Traveling
Waves
in
Infinite
Continuous
Medium6.4
Wave
Interference6.5
Energy
Conservation6.6
Transmission
Lines6.7
Normal
Reflection
and
Transmission
at
Interfaces6.8
Electromagnetic
Waves6.9
Doppler
Effect6.10
Wave
Propagation
in
Inhomogeneous
MediaExercisesCHAPTER
Multi-Dimensional
Waves7.1
Introduction7.2
Plane
Waves7.3
Three-Dimensional
Wave
Equation7.4
Cylindrical
Waves7.5
Spherical
Waves7.6
Oscillation
of
an
Elastic
Sheet7.7
Polarization
of
Electromagnetic
Waves7.8
Laws
of
Geometric
Optics7.9
Fresnel
Relations7.10
Total
Internal
Reflection7.11
Birefringence7.12
Sound
Waves
in
FluidsExercisesCHAPTER
Wave
Pulses8.
l
Introduction8.2
Fourier
Transforms8.3
Dirac
Delta
Function8.4
General
Solution
of
Wave
Equation8.5
Bandwidth8.6
Bandwidth
TheoremExercisesCHAPTER
Dispersive
Waves9.1
Introduction9.2
Pulse
Propagation9.3
Electromagnetic
Waves
in
Unmagnetized
Plasmas9.4
Faraday
Rotation95
Electromagnetic
Waves
in
Magnetized
Plasmas9.6
Low-Frequency
EM
Waves
in
Magnetized
Plasmas9.7
Parallel
EM
Waves
in
Magnetized
Plasmas9.8
Perpendicular
EM
Waves
in
Magnetized
Plasmas9.9
Electromagnetic
Waves
in
Conductors9.10
Waveguides9.11
Pulse
Propagation
in
Two
Dimensions9.12
Giavity
Waves9.13
Wave
Drag
on
Ships9.14
Ship
Wakes9.15
Capillary
WavesExercisesCHAPTER
Wave
Optics10.1
Introduction10.2
Two-Slit
Interference10.3
Coherence10.4
Multi-Slit
Interference10.5
Thin-Film
Interference10.6
One-Dimensional
Fourier
Optics10.7
Single-Slit
Diffraction10.8
Multi-Slit
Diffraction10.9
Two-Dimensional
Fourier
Optics10.10
Huygens-Fresnel
Principle10.11
Babinet's
Principle10.12
Diffraction
from
Rectangular
Aperture10.13
Diffraction
from
Straight
Edge10.14
Diffraction
from
Rectangular
Slit10.15
Diffraction
from
Straight
Wire10.16
Diffraction
from
Circular
Aperture10.17
Diffraction
from
Circular
DiskExercisesCHAPTER
Wave
Mechanicsll.l
Introduction11.2
Photoelectric
Effect11.3
Electron
Diffraction11.4
Representation
of
Waves
via
Complex
Numbers11.5
Schrtidinger's
Equation11.6
Probability
Interpretation
of
Wavefunction11.7
Wave
Packets11.8
Heisenberg's
Uncertainty
Principle11.9
Wavefunction
Collapse11.10
Stationary
States11.11
Particle
in
Finite
Square
Potential
Well11.12
Square
Potential
Barrier11.13
WKB
Approximation11.14
Cold
Emission11.15
Alpha
Decay11.16
Three-Dimensional
Wave
Mechanics11.17
Particle
in
Box11.18
Degenerate
Electron
Gas11.19
White-Dwarf
StarExercisesBibliographyIndex编辑手记