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电磁场与电磁波(英文版)(第2版)


作者:
杨儒贵
定价:
49.20元
ISBN:
978-7-04-036208-4
版面字数:
570.000千字
开本:
16开
全书页数:
476页
装帧形式:
假精装
重点项目:
暂无
出版时间:
2013-01-23
读者对象:
高等教育
一级分类:
电气/电子信息/自动化类
二级分类:
电子电气类核心课程
三级分类:
电磁场(电磁场与电磁波)

《“十二五”普通高等教育本科国家级规划教材:电磁场与电磁波(英文版)(第2版)》内容精炼、条理清晰、论证严谨,突出理论与应用的结合,精心处理本课程内容与后续课程内容的衔接与联系,注重知识的继承性、新颖性和实践性。

  • Chapter 1 Vector Analysis
    • 1-1 Scalars and vectors
    • 1-2 Vector algebra
    • 1-3 Scalar and vector products
    • 1-4 Directional derivative and gradient
    • 1-5 Flux, divergence and divergence theorem
    • 1-6 Circulation, curl and curl theorem
    • 1-7 Solenoidal and irrotational fields
    • 1-8 Green's theorems
    • 1-9 Uniqueness theorem for vector fields
    • 1-10 Helmholtz's theorem
    • 1-11 Orthogonal curvilinear coordinates
    • Chapter summary
    • Review questions
    • Problems
  • Chapter 2 Static Electric Fields
    • 2-1 Electric field intensity
    • 2-2 Electrostatic fields in vacuum
    • 2-3 Electric potential
    • 2-4 Polarization of dielectrics
    • 2-5 Electrostatic fields in dielectric
    • 2-6 Boundary conditions for electrostatic fields
    • 2-7 Capacitance
    • 2-8 Energy in electrostatic field
    • 2-9 Electric forces
    • 2-10 Applications of electrostatic fields
    • Chapter summary
    • Review questions
    • Problems
  • Chapter 3 Boundary-Value Problems in Electrostatic Fields
    • 3-1 Differential equations for electric potential
    • 3-2 Uniqueness of solution of differential equationsfor electric potential
    • 3-3 Method of images
    • 3-4 Method of separation of variables in rectangular coordinates
    • 3-5 Method of separation of variables in cylindrical coordinates
    • 3-6 Method of separation of variables in spherical coordinates
    • Chapter summary
    • Review questions
    • Problems
  • Chapter 4 Steady Electric Current Fields
    • 4-1 Electric current
    • 4-2 Electromotive force
    • 4-3 Steady electric current fields
    • 4-4 Boundary conditions for steady electric current fields
    • 4-5 Energy dissipation in conducting media
    • 4-6 Electrostatic simulation
    • 4-7 Applications of steady electric current fields
    • Chapter summary
    • Review questions
    • Problems
  • Chapter 5 Static Magnetic Fields
    • 5-1 Magnetic flux density
    • 5-2 Static magnetic fields in vacuum
    • 5-3 Magnetic potentials
    • 5-4 Magnetization of media
    • 5-5 Static magnetic fields in media
    • 5-6 Boundary conditions for static magnetic fields
    • Chapter summary
    • Review questions
    • Problems
  • Chapter 6 Electromagnetic Induction
    • 6-1 Law of electromagnetic induction
    • 6-2 Inductances
    • 6-3 Energy in static magnetic fields
    • 6-4 Magnetic forces
    • 6-5 Applications of static magnetic field
    • Chapter summary
    • Review questions
    • Problems
  • Chapter 7 Time-varying Electromagnetic Fields
    • 7-1 Displacement electric current
    • 7-2 Maxwell's equations
    • 7-3 Boundary conditions for time-varying electromagnetic fields
    • 7-4 Scalar and vector potentials
    • 7-5 Solution of equations for potentials
    • 7-6 Energy density and energy flow density vector
    • 7-7 Uniqueness theorem for time-varying electromagnetic fields
    • 7-8 Sinusoidal electromagnetic fields
    • 7-9 Complex Maxwell's equations
    • 7-10 Complex potential functions
    • 7-11 Complex energy flow density vector
    • 7-12 Applications of time-varying electromagnetic fields
    • Chapter summary
    • Review questions
    • Problems
  • Chapter 8 Plane Electromagnetic Waves
    • 8-1 Wave equations
    • 8-2 Plane waves in perfect dielectrics
    • 8-3 Plane waves in conducting media
    • 8-4 Polarizations of plane waves
    • 8-5 Normal incidence on a planar surface
    • 8-6 Normal incidence at multiple boundaries
    • 8-7 Plane waves in arbitrary directions
    • 8-8 Oblique incidence at boundary between perfect dielectrics
    • 8-9 Null and total reflections
    • 8-10 Oblique incidence at conducting boundary
    • 8-11 Oblique incidence at perfect conducting boundary
    • 8-12 Plane waves in plasma
    • 8-13 Plane waves in ferrite
    • 8-14 Applications of electromagnetic waves
    • Chapter summary
    • Review questions
    • Problems
  • Chapter 9 Guided Electromagnetic Waves
    • 9-1 TEM wave, TE wave, and TM wave
    • 9-2 Transmission property of rectangular waveguides
    • 9-3 TE10 wave in rectangular waveguides
    • 9-4 Group velocity
    • 9-5 Transmission property of circular waveguides
    • 9-6 Transmitted power and loss in waveguides
    • 9-7 Resonant cavity
    • 9-8 Coaxial lines
    • 9-9 Applications of guided waves
    • Chapter summary
    • Review questions
    • Problems
  • Chapter 10 Electromagnetic Radiation and Principles
    • 10-1 Radiation by electric current element
    • 10-2 Directivity of antennas
    • 10-3 Radiation by symmetrical antennas
    • 10-4 Radiation by antenna arrays
    • 10-5 Radiation by electric current loop
    • 10-6 Principle of duality
    • 10-7 Principle of image
    • 10-8 Principle of reciprocity
    • 10-9 Huygens'principle
    • 10-10 Radiations by aperture antennas
    • 10-11 Applications of electromagnetic radiation
    • Chapter summary
    • Review questions
    • Problems
  • Appendixes
    • 1.Symbols, units and dimensions of physical quantities
    • 2.Decimal multiples and submultiples and their prefixes
    • 3.Vector identities
    • 4.Orthogonal coordinates system
    • 5.δ functions
    • 6.Bessel functions
    • 7.Legendre functions
    • 8.Frequency bands and their utilizations
  • Answers
  • Index
  • References
  • Biographies

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