The Inorganic Chemistry of Materials: How to Make Things out of Elements

Εξώφυλλο
Springer Science & Business Media, 31 Οκτ 1998 - 392 σελίδες
1 Κριτική
P.J. van der Put offers students an original introduction to materials chemistry that integrates the full range of inorganic chemistry. Technologists who need specific chemical facts to manipulate matter will also find this work invaluable as an easy-to-use reference. The text includes practical subjects of immediate use for materials such as bonding, morphogenesis, and design that more orthodox materials science volumes often leave out.
 

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Περιεχόμενα

INTRODUCTION
1
12 The Periodic Table
4
Structure and Bonding
9
14 Chemical Change
17
15 Relations to Other Monodisciplines
20
16 The Use of Models
24
Exercises
28
References
29
63 Inorganic Colloids
197
64 Heterogeneous Catalysis
202
65 Growth of Crystalline Solids from Liquids
204
66 Converting Solids by Reaction with a Gaseous Reactant
206
67 Chemical Vapor Deposition
207
671 Operational Aspects and Equipment
209
672 Physical Chemistry of Chemical Vapor Deposition
210
673 The Pyrolytic Regime
212

THE CHEMICAL BOND
31
22 Valence Electrons on Atoms and Interaction with Light
34
222 Interaction with Light
39
Molecular Orbital and Valence Bond Models
44
24 The Coordinative Bond in Complexes
51
25 Bonding in Ionic Compounds
56
26 The Miedema Model for Intermetallics
58
Electronegativity Equalization
63
28 Linnetts Localized Electron Model for Molecules
68
29 Johnsons Interstitial Electron Model for Metals
72
210 The Phlogiston Model
76
Exercises
84
References
85
INORGANIC MOLECULES
87
32 Complexes and Their Chemistry
90
321 Ligand Exchange
92
322 Redox Reactions
98
33 Molecules with Covalent Bonds
101
34 Inorganic Polymers
105
Exercises
109
References
110
STRUCTURAL SOLID STATE CHEMISTRY
111
42 Amorphous Solids and Icosahedral Phases
113
421 Glass
116
422 Glass Ceramics
119
423 QuasiCrystals or Icosahedral Phases
120
43 Boron and Borides
121
432 Metal Borides
123
433 Compounds of Boron with Nonmetallic Elements
126
44 Carbides and Nitrides
128
45 Oxides
131
452 Functional Ceramics
136
46 intermetallics
142
47 Intrinsic Properties
145
471 Electron Conductivity
146
472 Dielectric Properties
149
473 Ion Conductivity
151
475 Mechanical Properties
153
476 Optical Properties
154
477 Chemical Properties
157
Exercises
164
References
165
SOLID STATE REACTIONS
167
52 Types of Reactions of Solids
168
53 Kinetics of Solid State Reactions
171
54 Measuring Solid State Reaction Kinetics
176
55 The Chemistry of Ceramics and Sintering
177
551 Physical Solid State Sintering
178
552 LiquidPhase Physical Sintering
186
553 Reactive Sintering
187
Exercises
189
THE CHEMISTRY OF INORGANIC SURFACES
191
62 Physical Properties of Inorganic Solid Surfaces
195
674 Powder Synthesis
217
675 The Catalytic Regime
220
676 Diffusion Limitation in the Dialytic Regime
227
677 Morphology Control
230
68 HighTemperature Corrosion
234
69 Surface Modification by Immobilization of Molecules
237
Exercises
239
References
240
INORGANIC MORPHOGENESIS
243
72 Extrinsic Properties of Materials
252
73 Fractal Dimensions
254
74 Simulations of ReactionDiffusion Processes Using Cellular Automata
259
75 The Chemistry of Fractal Distributions
263
752 Reactions on Fractal Surfaces
267
Exercises
270
SYNTHESIS OF INORGANIC MATERIALS
273
82 Solid State Reactions
282
83 Synthesis from Liquids
284
832 Liquid Salts as Solvents
286
833 Hydrothermal Processes
291
834 SolGel Method
293
84 Gas Phase Techniques
297
842 Physical Vapor Deposition
300
843 Chemical Vapor Deposition
302
844 Plasma Synthesis
312
Exercises
315
References
316
THE DESIGN OF INORGANIC MATERIALS
319
92 Requirements and Constraints
322
93 Combination Properties of Composites
326
931 Sum Properties
327
932 Product Properties
329
933 Morphology
330
94 Functional Materials
331
941 Thermistors
333
942 Varistors
335
943 Active Materials
336
95 Fabrication of Composites
340
Exercises
342
References
344
INORGANIC PHYSICAL CHEMISTRY
345
102 Equilibrium Thermodynamics
346
103 Defect Chemistry
354
Intrinsic Defect Concentrations
356
Extrinsic Defect Concentrations
357
Gas Equilibria
358
7034 Defect Reactions
362
104 Diffusion in Solids
368
105 A Note on Diffusion Coefficients
377
Exercises
379
References
380
INDEX
381
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Δημοφιλή αποσπάσματα

Σελίδα 382 - EM Levin, CR Robbins and HF McMurdie (eds.). Phase Diagrams for Ceramists, American Ceramic Society.

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