Inverse problems in electric circuits and electromagnetics

By:

Chechurin, V.L

Contributor(s):

Material type: Text

9780387335247
0387335242
9780387460475
0387460470

Subject(s):

DDC classification:

621.3 CHE

Contents:

Inverse Problems in Electrical Circuits and Electromagnetic Field Theory -- The Methods of Optimization Problems Solution -- Methods of Solution of Stiff Inverse Problems -- Solving Inverse Electromagnetic Problems by the Lagrange Method -- Solving Practical Inverse Problems.

Summary: "Inverse Problems in Electric Circuits and Electromagnetics discusses methods of solution of so-called inverse problems that are often encountered in electrical engineering, electronics and electrophysics. The objective of inverse problems' solution is to assure that the manufacturing of devices are optimal by specified criteria. Approaches stated in the book show ways of making devices that ensure best electromagnetic performance, minimal weight and thermal emission. These approaches can be applied for modernization of existing devices as well as to improve their technical features or to extend their operational life."--Jacket.

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Holdings
Item type	Current library	Collection	Call number	Status	Date due	Barcode	Item holds
Reference Books	Main Library Reference	Reference	621.3 CHE (Browse shelf(Opens below))	Available		011305

Total holds: 0

Included Index

Inverse Problems in Electrical Circuits and Electromagnetic Field Theory --
The Methods of Optimization Problems Solution --
Methods of Solution of Stiff Inverse Problems --
Solving Inverse Electromagnetic Problems by the Lagrange Method --
Solving Practical Inverse Problems.

"Inverse Problems in Electric Circuits and Electromagnetics discusses methods of solution of so-called inverse problems that are often encountered in electrical engineering, electronics and electrophysics. The objective of inverse problems' solution is to assure that the manufacturing of devices are optimal by specified criteria. Approaches stated in the book show ways of making devices that ensure best electromagnetic performance, minimal weight and thermal emission. These approaches can be applied for modernization of existing devices as well as to improve their technical features or to extend their operational life."--Jacket.

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