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Introduction to Ferroic Materials
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About This Book
Ferroic materials are important, not only because of the improved understanding of condensed matter, but also because of their present and potential device applications. This book presents a unified description of ferroic materials at an introductory level, with the unifying factor being the occurrence of nondisruptive phase transitions in crystals
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Yes, you can access Introduction to Ferroic Materials by Vinod Wadhawan in PDF and/or ePUB format, as well as other popular books in Ciencias físicas & Materia condensada. We have over one million books available in our catalogue for you to explore.
Information
740
Wadhawan:
Introduction
to
Ferroic
Materials
unit
representation,
592
unit-cell
Hamiltonian,
166
unit-cell
transform,
105
unitary
operator,
590
unitary
representation,
592
universal
group,
247,
604,
607
universal
set,
574,
604
universality,
20,
404
universality
class,
167,
340
unordered
set,
220
Unrelaxed
or
Ideal
Bicrystal,
251
Upper
and
Lower
Marginal
Dimen-
sionality,
163
upper
critical
dimensionality,
160
upper
marginal
dimensionality,
408,
437
Urea
inclusion
compounds,
291
Vacancy
ordering,
283
variable
acoustic
delay
line,
546
Variants,
220
varistor,
556
Vector
Space,
586
vectors,
586
Vegard's
law,
186
Venn-Euler
diagram,
131,
445,
574
vibration-induced
fluctuations
of
birefringence,
524
virgin
hysteresis
curve,
347
virtual
phase,
467
Vogel-Fulcher
equation,
318,
392
volume
dependence
of
the
free
en-
ergy,
472
W'-wall,
462
Woo-wall,
462
W/-wall,
462
W-wall,
412,
462
Wall
Charge,
412
wavevector,
104
wavevector
of
an
acoustic
soft
mode,
437
wavevector
space,
107
Weak
ferromagnetism,
313
Weiss
constant,
302
well-defined
twin
law,
233
width
of
moving
domain
walls,
416
Wiener-Khintchine
theorem,
636
Wigner
theorem,
577
Wigner-Seitz
cell,
111
Wilson
fixed
point,
404
Wulff
construction,
275
Wulff
theorem,
274
wurtzite,
280
WyckofT
point
of
general
position,
58
Wyckoff
point
of
special
position,
58
Wyckoff
position,
57,
129,
261
XY
Model,
166
XY-ferroelectric,
406
yield
strength,
453
Zener-Eshelby
interaction,
470,
471
zigzag
displacement
vectors,
293
zinc
blende,
280
zinc
oxide
varistor,
556
zirconia,
528,
548
Zirconia
toughened
ceramics,
550
Table of contents
- Cover
- Half Title
- Title Page
- Copyright Page
- Contents
- Foreword
- Preface
- Part A: GENERAL CONSIDERATIONS
- Part B: CLASSES OF FERROICS, MICROSTRUCTURE, NANOSTRUCTURE, APPLICATIONS
- APPENDICES
- References Cited
- Author Index
- Subject Index