论变形介质经典电动力学中的能量守恒定律——Poynting定理的推广

余燊

论变形介质经典电动力学中的能量守恒定律——Poynting定理的推广

余燊

华南工学院

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出版历程
- 收稿日期: 1982-02-28
- 刊出日期: 1984-02-15

On the Law of Energy Conservation in the Classical Electrodynamics of Deformable Media——A Generalization of the Poynting Theorem

Yu Xin

South China Institute of Technology, Guangzhou

摘要

摘要: 为了阐明电磁场和变形介质之间能量传递的详细机理,这篇论文选取整体的场方程作为出发点,给出变形介质电动力学的广义Poynting定理.然后按照对电磁体积力的一些特殊的假设,推导出这个定理的几种特殊的形式.

Abstract: This paper establishes the generalized pointing theorem for the electro dynamics of deformable media with a view to shedding some light on the detailed mechanism of energy transfer between the electromagnetic field and the deformable media.Global field equations are chosen as the starting point and specialized forms of theorem are derived based on the special vostulates for the electromagnetic body force.

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参考文献(19)

[1]	Toupin,R.A.,The elastic dielectric,J.Rat.Mech Anai.,5(1956),849-915
[2]	Toupin,R,A,A dynamical theory of dielectrics,Int J Engr,Sci.,1(1963),101-126.
[3]	Truesdell,C.A.and R.A,Toupin,The Classical Field Theories,Handbuch Der Physik,Band Ⅲ/1,Springer-Verlag,Berlin(1960)
[4]	Digon,R,C.and A C.Eringen,A dynamical theory of polar dielectrics,I and II,Int,J,Engr,Sci.,3(1965),359-398
[5]	Hutter,K.and Y H.Pao,A dynamical theory for magnetizable elastic solids with thermal and electrical conductions,J.of Elasticitg,4(1974),89-114.
[6]	Pao,Y.H.and K.Hutter,Electrodynamics for moving elastic solids and viscous fluids,Proc,I,E.E,E.,63(1975),1011-1021
[7]	Maugin,G.A.,A phenomenological theory of ferroliquids,Int,J Eng,Sci.,16(1978),1029-1044.
[8]	Ersoy,Y,and E,Kiral,A dynamical theory for polarizable and magnetizable magneto-electro thermovisco-elastic,electrically conductive anisotropic solids having magnetic symmetry,Int.J.Engr Sci,16(1978),483-492
[9]	Collet,B,et G,Maugin,Sur Eelectrodynamique des milieux continua suet interaction,C,R,Acad,Sci.Paris,t.279(1974),Serie B,379-382.
[10]	Maugin,B,et B.,Collet,Thermodynamique des milieux continu electromagnetiques suet interactions,C.R,Acad.Sci.Paris,t 279(1974),Serie B,439-442.
[11]	Collet,B.,Higher order surface couplings in elastic ferromagnets,Int.J Engr.Sci,16(1978),349-364.
[12]	Sedov,L.I.,Mathematical method of constructing new models of continuous media,Uspekhi Matem,Nank.,20,5(1965)
[13]	Sedov,L,I.,On the pondermotive forces of interaction between an electromagnetic field and an accelerating material continuum taking into account finite deformations,PMM,29,6(1965),4-17.
[14]	Shetein,A A.,Models of polarizable media and the averaged relations which corre-spond to these in the case of high-frequency electromagnetic field,PMM,41,2(1977).171-281
[15]	Tsypkin,A,G,On a model of continuous medium with electromagnetic effects taken into account,PMM,41,1(1977).34-40
[16]	Zhelnorovich,V.A.and L,I.Sekov,On the variational method of derivatio0} of equation of state of a material medium and gravitational field,PMM,42.5(1978).771-780.
[17]	Sedov,L,I,and A.G‘Tsypkin,On the construction of models of continuous media interacting with an electromagnetic field,PMM,43,3(1979).387-400.
[18]	Stratton,d.A.,Electromagnetic Theory,McGraw-Hill,N,Y,(1941).
[19]	Pao,Y.H.,Electromagnetic forces in deformable continua,Mechanics Today,Vol.4 ed by S.Nemat-Nasser Peraamon,Ogford(197R)