Conical Refraction and Higher Microlocalization
The main topic of the book is higher analytic microlocalization and its application to problems of propagation of singularities. The part on higher microlocalization could serve as an introduction to the subject. The results on propagation refer to solutions of linear partial differentialoperators with characteristics of variable multiplicity and are of conical refraction type. The relation and interplay between these results and results or constructions from geometrical optics in crystal theory is discussed with many details. The notes are written foremost for researchers working in microlocal analysis, but it is hoped that they can also be of interest for mathematicians and physicists who work in propagation phenomena from a more classical point of view.
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Conical Refraction and Higher Microlocalization
The main topic of the book is higher analytic microlocalization and its application to problems of propagation of singularities. The part on higher microlocalization could serve as an introduction to the subject. The results on propagation refer to solutions of linear partial differentialoperators with characteristics of variable multiplicity and are of conical refraction type. The relation and interplay between these results and results or constructions from geometrical optics in crystal theory is discussed with many details. The notes are written foremost for researchers working in microlocal analysis, but it is hoped that they can also be of interest for mathematicians and physicists who work in propagation phenomena from a more classical point of view.
52.0
Out Of Stock
5
1
Conical Refraction and Higher Microlocalization
398
Conical Refraction and Higher Microlocalization
398
52.0
Out Of Stock
Product Details
| ISBN-13: | 9783540571056 |
|---|---|
| Publisher: | Springer Berlin Heidelberg |
| Publication date: | 11/05/1993 |
| Series: | Lecture Notes in Mathematics , #1555 |
| Edition description: | 1993 |
| Pages: | 398 |
| Product dimensions: | 6.10(w) x 9.25(h) x 0.24(d) |
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