Conjugated Polymers: The Novel Science and Technology of Highly Conducting and Nonlinear Optically Active Materials

Front Cover
J.L. Brédas, R. Silbey
Springer Science & Business Media, Dec 6, 2012 - Science - 624 pages
 

Contents

THE INTERPLAY BETWEEN SYNTHESIS
1
Direct Synthetic Methods
8
Polymers from precursors
27
Conjugated Polymer Matrices
33
Experimental Results
58
Discussion of σT
69
Morphology and Charge Transport
88
ELECTRONIC PROPERTIES OF HEAVILY DOPED TRANS
113
Characterization
320
Processabilitypolymer Blends
327
Doping and Stability
337
93
343
Applications
350
CONTROLLED MOLECULAR ASSEMBLIES OF ELECTRICALLY
363
Molecular and Supermolecular Organizations
376
Electrical Properties of LB Films Containing
392

Summary and Conclusion
136
Electrical and Mechanical Properties of
172
70
175
Gels and Blends of the P3ATs Processed from
179
72
188
76
196
Correlation between Electrical Conductivity
203
77
209
MODEL SYSTEMS FOR DIVERSE
211
85
226
STRUCTURAL CHARACTERIZATION OF CONJUGATED POLYMER
229
87
239
References
257
References
266
References
281
References
294
88
295
Acknowledgement
312
Conclusions
400
References
430
Introduction
436
Polyalkylthiophenes
472
Polyparaphenylene Vinylene
487
Acknowledgement
496
THIRD ORDER NONLINEAR OPTICAL EFFECTS IN CONJUGATED
509
Thin Film Preparation Methods
517
Multiphoton Resonances
540
References
546
THE SEMICONDUCTOR DEVICE PHYSICS OF POLYACETYLENE
555
Polymer Processing and Device Fabrication
561
Schottky Barrier Diodes
573
MIS Structures
584
MISFET Devices
606
General Discussion
618
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