电磁学引论 杨本洛 著 chm umd 阿里云 下载 夸克云 pdf azw3 kindle

于19世纪50年代的一个半世纪里，这是第一次有人从“形式逻辑”的基本框架出发，对这个经典理论体系所作的一次“体系性”反思、梳理、批判和重建。书中所出现不同于经典理论的所有材料、或者提出的独立研究结果，除了添加的与“数值分析”相关的研究结果以外，全部源自于笔者自担任上海交通大学自然科学基础研究组负责人的近20年来已经完成的独立研究工作。

Part I A GLOBAL LOGIC RETHINKING

Chapter 1Logic improprieties hidden in the classical electromagnetism

l. 1Two presupposed basic propositions

1.1.1Clarification on the "finite discourse universe" of classical electromagnetism

1.1.2Exact certification on the physical connotation of current as a formal quantity

1.2Incompatibility between independent and dependent variables

1.2.1An initial and intuitive judgement about the incompatibility between independent and dependent variables

1.2.2A necessary clarification on the universal charge conservation law

1.2.3Another required comment on the solvability of governing equation

1.2.4Some positive inspirations from the incompatibilities

1.2.5Recertificating the essential significance of potential functions

1.2.6A brief summary

1.3Reeertifieation of the logic subjects of two directly measured quantities, E and B, and the reinterpretation of Lorentz-foree law

1.3.1Reason to impermissibly directly use E and B as dependent variables An added comment about logic subject

1.3.2Reinterpretation about Lorentz-force law

1.3.3A beneficial inspiration An added comment on the ambiguity caused by the relativity principle of movement

1.4Connotation of the current distribution J as an independent variable and the different consequences from the reality

1.4.1The real connotation hidden in the given current distribution

1.4.2Two different consequences originating from the physical reality

1.4.3Reiteration on the plain logic principle

1.5Maxwell's equations impossibly used as a proper mathematic-physical model An appended note

1.6Summary

Part IIHISTORICAL CLARIFICATION ON SERIES OF EMPIRICAL EQUATIONS

Chapter 2Electrostatics and Coulomb's law

2.1Coulomb's empirical law

2.l.1A definite expression space endowed with certain material connotation Reinterpretation about the second Newtonian law and related philosophical thinking

2.1.2Certification on the qualification

2.2Introduction of electromagnetic field

2.2.1Objectivity -- the unique criterion to judge material existence

2.2.2A universal existing principle of science statement

2.2.3No-mass and no-geometry: essential attributes of electromagnetic field An added comment about the existence principle

2.3Electric field

2.3.1Introduction of the classical expressed electric field E

2.3.2Curl and divergence of E

2.4A scalar potential more basic or indispensable in logic

2.4.1Logic reexamination on vector field E

2.4.2Reintroduction of scalar potential

2.4.3An acceptable interpretation on scalar potential

2.5A complete mathematic physical model of electrostatics

2.5.1The exact clarity on a complete mathematic physical model

2.5.2Certification of proper governing differential equation

2.5.3Integral expression of Poisson's equation

2.5.4Introduction of proper boundary conditions

2.5.5Complete mathematic physical model used in electrostatics

2.6Clarification about some concepts or propositions

2.6.1Sign present in boundary condition

2.6.2A needed and reasonable extension of finite discourse domain

2.6.3Scalar potential ψ only belonging to the rest and unvarying charge source

Chapter 3Magnetostatics, Biot-Savart's formula and Ampere's law

……

Chapter 4Faraday's law--Reinvestigation into "the action of magnet on electricity" A historical excursus

Chapter 5Discriminations on displacement current--Exploration into the real connotation hidden in the false assumption

Chapter 6A rationally imagined theoretical equation--Reconstruction on basic equations to express the electromagnetic field excited only by a varying current

Part IIILOGICAL RESTUDY ON SOME UNSOLVED BASIC PROPOSITIONS IN MATHEMATICS

Chapter 7Bispinor and boundary value problem constructed by bispinor

Chapter 8Inverse propositions of vector field analysis

Chapter 9Bispinor wave equation

Part IVLOGICAL RECONSTRUCTION ON THE FORMAL SYSTEM OF ELECTROMAGNETISM

Chapter 10Dynamic equation in electromagnetism

Chapter 11Electromagnetic field and wave as well as permanent principle of light velocity and curved light trace

References

Index

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