Electrostatics
Preface to first edition 1997 This book has developed from more that 40 years of work with static electric problems and almost as long a period of teaching courses on electrostatics, primarily at The Technical University of Denmark. Several chapters of the book are hardly more than a brush-up of the...
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| Format: | eBook |
| Language: | English |
| Published: |
New York, NY
Springer US
2002, 2002
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| Edition: | 2nd ed. 2002 |
| Series: | The Springer International Series in Engineering and Computer Science
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| Subjects: | |
| Online Access: | |
| Collection: | Springer Book Archives -2004 - Collection details see MPG.ReNa |
Table of Contents:
- 6.3 Electrical Effects
- 6.4 Discharges
- 6.5 Charges on insulators
- 6.6 Charges on Conductors
- 6.7 Explosive Mixtures of Vapors and Gases, Ignition Energy
- 6.8 Explosive Mixtures of Powders and Gases
- 6.9 Explosion-Safe Voltage
- 6.10 Voltage Levels of Charged Conductors
- 6.11 Current Pulses from Charged Systems
- 7 Abatement of Static Electricity
- 7.1 Grounding of Conductors
- 7.2 Methods of Grounding Persons
- 7.3 Neutralization of Charges on insulators
- 7.4 Charge Neutralization by Air Ions
- 7.5 Types of Ionizers
- 7.6 Liquids
- 7.7 Special Precautions
- 7.8 Powder, Dust, Aerosols
- 8 Electrostatic Measurements
- 8.1 Static Voltage
- 8.2 Field Strength
- 8.3 Field Strength and Voltage
- 8.4 Insulators
- 8.5 Resistivity
- 8.6 Charge
- 9 Static Electricity and People
- 9.1 Charging of Persons
- 9.2 Effects of Charges onPersons
- 9.3 Electric Fields and Airborne Particulates
- 9.4 Electric Fields and Ions
- 1 introduction
- 2 Fundamental Concepts
- 2.1 Charge
- 2.2 Electric Field
- 2.3 Electric Flux and Gauss’ Law
- 2.4 Field Strength and Voltage
- 2.5 Charged insulator
- 2.6 Surface Potential of Uniformly Charged insulator Disk
- 2.7 insulated Charged Conductor
- 2.8 Faraday Screening
- 2.9 Potential of Conductor, Capacitance
- 2.10 induction
- 2.11 Polarization
- 2.12 Mobility
- 2.13 Conductivity and Resistivity
- 2.14 Conductance and Resistance
- 2.15 Surface Conductivity and Resistivity
- 2.16 Surface Conductance and Resistance
- 3 Static Electrification
- 3.1 Charging of Solids
- 3.2 Charging of Liquids
- 3.3 Charging of Powders
- 3.4 Charging of Gases
- 4 Decay of Charge
- 4.1 Charge Decay of Capacitive System
- 4.2 Charge Decay of Non-Conductors
- 4.3 Charge Decay through the Air
- 5 Electrical Breakdown
- 5.1 Breakdown in Air
- 5.2 Breakdown in Dielectrics
- 6 Electrostatic Effects
- 6.1 Mechanical Effects
- 6.2 Electrostatic Energy
- 10 Applications of Static Electricity
- 10.1 Precipitation
- 10.2 Separation
- 10.3 Coating
- 10.4 Flocking
- 10.5 Imaging
- 10.6 Permanent Polarization, Electrets