Fundamentals of Applied Electrostatics

Fundamentals of Applied Electrostatics

by Joseph M Crowley
ISBN-10:
1885540116
ISBN-13:
9781885540119
Pub. Date:
10/11/1999
Publisher:
Electrostatic Applications
ISBN-10:
1885540116
ISBN-13:
9781885540119
Pub. Date:
10/11/1999
Publisher:
Electrostatic Applications
Fundamentals of Applied Electrostatics

Fundamentals of Applied Electrostatics

by Joseph M Crowley

Paperback

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Overview

The book explains, in engineering rather than mathematical terms, the application of electrostatic principles for designing practical devices. Each chapter concentrates on a single electrostatic concept with applications to a particular device. Now in its third printing, the text is organized by the scale of electrostatic effect. Part One deals with the electrostatic fields in a uniform linear medium. Part Two introduces particles moving in the field. Part Three allows for a complex continuum. Part Four describes interactions between electrostatic devices and external circuits using terminal relations. In addition to providing a unified and comprehensive treatment of the fundamentals and applications of electrostatics, the author offers numerous examples, including copy machines, smoke detectors, high-speed printers, and the electrofusion of living cells. The epilogue provides more applications in various industries, plus bibliographies and review articles.

Product Details

ISBN-13: 9781885540119
Publisher: Electrostatic Applications
Publication date: 10/11/1999
Series: Laplacian Press Series on Electrostatics
Pages: 272
Sales rank: 722,798
Product dimensions: 6.00(w) x 9.00(h) x 0.61(d)

Table of Contents

Fundamental concepts: voltage and electric field; chargeand electric displacement; material properties (capacitance and permittivity); charge conservation and current; resistance and conductivity.

Electric fields with known voltage. Fields caused by charges: surface (xerographic development); space charge (grain elevator explosions); moving charge (radiation detectors). Particle motion in known electric fields. Charged particle conservation. Conduction and breakdown. Polarization. Continuum force densities. Resistive circuit elements. Capacitive circuit elements. Forces on lumped elements: Linear forces (electrostatic loudspeakers); torque calculation (electrostatic display signs); forces from coenergy (ferroelectric forces); forces in multiple terminal devices (electrostatic motors).

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