Overview
- Authors:
-
-
Vladimir N. Kestelman
-
KVN International, Inc., King of Prussia, USA
-
Leonid S. Pinchuk
-
Metal-Polymer Research Institute, Belarussian Academy of Sciences, Belarus
-
Victor A. Goldade
-
Metal-Polymer Research Institute, Belarussian Academy of Sciences, Belarus
Access this book
Other ways to access
Table of contents (8 chapters)
-
-
- Vladimir N. Kestelman, Leonid S. Pinchuk, Victor A. Goldade
Pages 1-45
-
- Vladimir N. Kestelman, Leonid S. Pinchuk, Victor A. Goldade
Pages 47-76
-
- Vladimir N. Kestelman, Leonid S. Pinchuk, Victor A. Goldade
Pages 77-90
-
- Vladimir N. Kestelman, Leonid S. Pinchuk, Victor A. Goldade
Pages 91-116
-
- Vladimir N. Kestelman, Leonid S. Pinchuk, Victor A. Goldade
Pages 117-165
-
- Vladimir N. Kestelman, Leonid S. Pinchuk, Victor A. Goldade
Pages 167-202
-
- Vladimir N. Kestelman, Leonid S. Pinchuk, Victor A. Goldade
Pages 203-247
-
- Vladimir N. Kestelman, Leonid S. Pinchuk, Victor A. Goldade
Pages 249-273
-
Back Matter
Pages 275-281
About this book
Recently a new sphere in materials science· has formed which subject is structure and properties of electret materials used in engineering, medicine, biotechnology and other branches. It is characterized by specific methods of experimental investigations based on recording charge transfer, polarization and depolarization of dielectrics and involves original techniques and physico-mathematical aids where notions that exist at the interface of several natural and technical sciences are concentrated. It embraces a vast area of applications mainly in engineering, instrument making, electronics, medical technique, biotechnology, and etc., has a specialized technological base for electric polarization of dielectrics composed of uncommon technological methods, equipment and instrumentation. Apparently, future fundamental investigations in the domain of electret materials science are to be developed at the interface of computer of dielectrics. Elaboration of a simulation, physics and physical chemistry model for electric polarization of solid media with uneven charge density distribution, complicated by surface phenomena, outer electromagnetic, heat, chemical and other effects, presents a grave methodological problem. The simulation of structures in which polarization follows diffusion mechanism of chemically active molecules or their fragments, and the development of calculation methods for polarized charge relaxation and regularities of dielectric nonlinear properties, are the most urgent objectives of current research. Success in bioelectret effect studies is anticipated to result in profound widening of natural science knowledge.
