Titlebook: Asymptotic Methods in Electromagnetics; Daniel Bouche,Frédéric Molinet,Raj Mittra Book 1997 Springer-Verlag Berlin Heidelberg 1997 differe

規(guī)范要多

https://doi.org/10.1007/978-3-642-60517-8differential geometry; electromagnetic field; geometry; integral; integration; scattering

凌辱

分散

The Boundary Layer Method,tion of the diffracted rays. We have also seen that the formal series provides a description of the field only in regions where it is a ray field, and in the present chapter we will concern ourselves with the calculation of the field in the boundary layers.

Expediency

Spectral Theory of Diffraction, encountered with the GTD. The basic strategy followed in STD is to represent a complex field, which is not a ray field, in terms of a superposition of plane waves. Such fields are often encountered in diffraction problems.

gerrymander

https://doi.org/10.1007/978-1-4302-0077-2tion of the diffracted rays. We have also seen that the formal series provides a description of the field only in regions where it is a ray field, and in the present chapter we will concern ourselves with the calculation of the field in the boundary layers.

linguistics

Essentials of Object-Oriented Programming, encountered with the GTD. The basic strategy followed in STD is to represent a complex field, which is not a ray field, in terms of a superposition of plane waves. Such fields are often encountered in diffraction problems.

CROW

http://image.papertrans.cn/b/image/163811.jpg

Mangle

Implementing Component Groupings,In this chapter we will present the uniform solutions in the context of GTD, and we begin by defining the properties of uniform asymptotic expansions in this section. Let .(.) be a scalar or vectorial function of the variable ., where D is a given domain, depending upon the small parameter ...

AFFIX

Spongy-Bone

Monte D. Mills MD,Graham E. Quinn MD, MSCEIn all of the previous chapters, we have dealt with objects whose surfaces are described by an impedance Z, which is defined via the relationship