Handbook of Electrostatic Processes
eBook - PDF

Handbook of Electrostatic Processes

  1. 768 pages
  2. English
  3. PDF
  4. Available on iOS & Android
eBook - PDF

Handbook of Electrostatic Processes

About this book

"Provides detailed, comprehensive descriptions of electrostatic processes as well as their applications in areas such as rheology, atomization and spraying, industrial dust particle precipitation and filtering, biomedical engineering, gas treatments, atmospheric electricity, chemical reactors, and electronic devices. Summarizes electrostatic fundamentals and electrical phenomena in solids and fluids."

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Yes, you can access Handbook of Electrostatic Processes by Jen-Shih Chang,Arnold J. Kelly,Joseph M. Crowley in PDF and/or ePUB format, as well as other popular books in Technology & Engineering & Electrical Engineering & Telecommunications. We have over one million books available in our catalogue for you to explore.
Electrostatic 
Fundamentals
Joseph 
M. 
Crowley
Electrostatic 
Applications
Morgan 
Hill
, 
California
1
I. 
INTRODUCTION
Electrostatics 
is 
used 
in 
a 
wide 
range 
of 
applications 
ranging 
from 
the
calculation 
of 
atomic 
forces 
to 
wrapping 
of 
leftover 
food 
items. 
All 
of
these 
applications 
can 
be 
understood 
by 
the 
application 
of 
a 
few 
principles
based 
on 
numerous 
observations. 
This 
chapter 
describes 
these 
principles
and 
gives 
the 
formulas 
used 
to 
calculate 
the 
magnitude 
of 
the 
effects. 
The
ideas 
presented 
here 
will 
be 
used 
repeatedly 
in 
the 
later 
chapters 
to 
discuss
particular 
aspects 
of 
electrostatics.
II. 
COULOMB’S 
LAW
Electrostatics 
is 
based 
primarily 
on 
the 
observation 
that 
like 
charges 
repel
and 
unlike 
charges 
attract, 
as 
indicated 
in 
Fig. 
1. 
The 
force 
is 
observed
to 
increase 
linearly 
with 
each 
of 
the 
two 
charges, 
so 
that
(
1
)
The 
magnitude 
of 
the 
force 
falls 
off 
quadratically 
as 
the 
charges 
are 
sepa
rated, 
so 
the 
force 
expression 
can 
be 
further 
specified 
as
(2)
1

Table of contents

  1. Cover
  2. Half Title
  3. Title Page
  4. Copyright Page
  5. Contents
  6. Preface
  7. Contributors
  8. 1 Electrostatic Fundamentals
  9. 2 Electrification of Solid Materials
  10. 3 Electrostatic Charging of Particles
  11. 4 Electrical Phenomena of Dielectric Materials
  12. 5 Flow Electrification of Liquids
  13. 6 Numerical Techniques for Electrostatics
  14. 7 Dimensionless Ratios in Electrohydrodynamics
  15. 8 Injection Induced Electrohydrodynamic Flows
  16. 9 Gas Discharge Phenomena
  17. 10 Generation of High Voltages
  18. 11 Measurement of Electrostatic Fields, Voltages, and Charges
  19. 12 Electrostatic Flow Measurement Techniques
  20. 13 Electrostatic Multiphase Flow Measurement Techniques
  21. 14 Printers
  22. 15 Electrophotography
  23. 16 Electrostatics in Flat Panel Displays
  24. 17 Applications of the Electrostatic Separation Technique
  25. 18 Electrostatic Coalescence in Liquid-Liquid System
  26. 19 Electrorheology
  27. 20 Electrostatic Atomization and Spraying
  28. 21 Electrostatic Precipitation
  29. 22 Modeling of Electrostatic Precipitators and Filters
  30. 23 Transducers
  31. 24 EHD Enhanced Mass Transfer Operations and Chemical Reactions
  32. 25 Heat Engineering
  33. 26 Ozone Generation and Applications
  34. 27 Combustion Flue Gas Treatments
  35. 28 Atmospheric Electricity
  36. 29 Biomedical Engineering
  37. 30 ESD Hazards in the Electronics Industry
  38. 31 Static Electricity Hazards: Solid Surfaces and Gases
  39. 32 Electrostatic Hazards During Liquid Transport and Spraying
  40. 33 Electrostatic Charge Elimination Techniques
  41. Index