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Détail de l'indexation
538.1 : Théorie du magnétisme.
538 Magnétisme
538.12 Champ magnétique. Potentiel. Lignes de force.
538.222 Paramagnétisme en général. Corps paramagnétiques
538.3 Électromagnétisme. Electro-dynamique. Théorie de Maxwell
538.4
538.5
538.55 Courants alternatifs
538.56
538.6
538.9 Physique des états condensés (Etat liquide et Etat solide)
538.12 Champ magnétique. Potentiel. Lignes de force.
538.222 Paramagnétisme en général. Corps paramagnétiques
538.3 Électromagnétisme. Electro-dynamique. Théorie de Maxwell
538.4
538.5
538.55 Courants alternatifs
538.56
538.6
538.9 Physique des états condensés (Etat liquide et Etat solide)
Ouvrages de la bibliothèque en indexation 538.1
Faire une suggestion Affiner la rechercheDiffraction theory / C. J. Bouwkamp
Titre : Diffraction theory Type de document : texte imprimé Auteurs : C. J. Bouwkamp, Auteur Editeur : Grande-Bretagne : The physical society Année de publication : 1954 Importance : P. 35-100 Présentation : ill. Format : 26 cm Note générale : Cet ouvrage est un extrait de :"Reports on progress in physics, Vol. XVII 1954" Langues : Anglais (eng) Mots-clés : Physique
Electromagnetic
Théorie du magnétismeIndex. décimale : 538.1 Théorie du magnétisme. Résumé : A critical review is presented of recent progress in classical diffraction theory. Both scalar and electromagnetic problems are discussed. The report may serve as an introduction to general diffraction theory although the main emphasis is on diffraction by plane obstacles. Various modifications of the Kirchhoff and Kottler theories are presented. Diffraction by obstacles small compared with the wavelength is discussed in some detail. Other topics included are: variational formulation of diffraction problems, the Wiener-Hopf technique of solving integral equations of diffraction theory, the rigorous formulation of Babinet's principle, the nature of field singularities at sharp edges, the application of Mathieu functions and spheroidal wave functions to diffraction theory. Reference is made to more than 500 papers published since 1940. Note de contenu : Contents :
1. Introduction, scope and limitation of the report.
2. General remarks on scolar diffraction problems for plane obstacles.
3. General remarks on electromagnetic diffraction problems for plane obstacles.
4. Kirchhoff's scalar theory of diffraction and its various modifications.
5. Approximations in electromagnetic diffraction problems.
6. Variational formulation of diffraction problems.
...Diffraction theory [texte imprimé] / C. J. Bouwkamp, Auteur . - Grande-Bretagne : The physical society, 1954 . - P. 35-100 : ill. ; 26 cm.
Cet ouvrage est un extrait de :"Reports on progress in physics, Vol. XVII 1954"
Langues : Anglais (eng)
Mots-clés : Physique
Electromagnetic
Théorie du magnétismeIndex. décimale : 538.1 Théorie du magnétisme. Résumé : A critical review is presented of recent progress in classical diffraction theory. Both scalar and electromagnetic problems are discussed. The report may serve as an introduction to general diffraction theory although the main emphasis is on diffraction by plane obstacles. Various modifications of the Kirchhoff and Kottler theories are presented. Diffraction by obstacles small compared with the wavelength is discussed in some detail. Other topics included are: variational formulation of diffraction problems, the Wiener-Hopf technique of solving integral equations of diffraction theory, the rigorous formulation of Babinet's principle, the nature of field singularities at sharp edges, the application of Mathieu functions and spheroidal wave functions to diffraction theory. Reference is made to more than 500 papers published since 1940. Note de contenu : Contents :
1. Introduction, scope and limitation of the report.
2. General remarks on scolar diffraction problems for plane obstacles.
3. General remarks on electromagnetic diffraction problems for plane obstacles.
4. Kirchhoff's scalar theory of diffraction and its various modifications.
5. Approximations in electromagnetic diffraction problems.
6. Variational formulation of diffraction problems.
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