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Farges J. (ed.) — Organic conductors: fundamentals and applications
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Название: Organic conductors: fundamentals and applicationsАвтор: Farges J. (ed.) Аннотация: Discussing the key issues that distinguish organic conductors from more conventional conductive compounds, this comprehensive and up-to-date reference examines all aspects of organic conductors;detailing the most recent theoretical concepts and current laboratory methods of synthesis, measurement, control, and analysis. Describes the latest advances in molecular-scale engineering, including switching and memory systems, Schottky and electroluminescent diodes, field-effect transistors, and photovoltaic devices and solar cells! Focusing on basic chemical and physical properties, Organic Conductors covers the theory of low-dimensional conductors delineates how organic conductors fit in with the rest of condensed-matter physics investigates the molecular design and synthesis of organic conductors analyzes techniques to characterize organic conductors such as crystallographic measurements and electronic and molecular spectroscopies reviews the magnetic electron spin resonance and nuclear magnetic resonance properties or organic conductors explores the physical properties of organic conductors such as electronic instabilities and phase transitions considers the potential application of organic materials and polymers in electronics provides a summary of organic superconductors, including fullerenes and more!
Язык: Рубрика: Физика /Физика твёрдого тела /Приложения /Статус предметного указателя: Готов указатель с номерами страниц ed2k: ed2k stats Год издания: 1994Количество страниц: 854Добавлена в каталог: 21.08.2005Операции: Положить на полку |
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Предметный указатель
Applications, polymers 496 504 505 523—533 539 541 563 597 599 601 Applications, polymers permanently doped 525—529 Applications, polymers permanently doped, antiradar protection 528 Applications, polymers permanently doped, antistatic protective (transparent) films 528 Applications, polymers permanently doped, conducting and plastic properties 526 527 Applications, polymers permanently doped, electrolytic capacitors 527 Applications, polymers permanently doped, electromagnetic shielding 528 Applications, polymers permanently doped, electroplating of copper 527 Applications, polymers permanently doped, electrostatic loudspeaker 527 Applications, polymers permanently doped, gas separation 528 529 Applications, polymers permanently doped, porous Si-conducting polymer LEDs 527 Applications, polymers permanently doped, printed circuit boards 527 Applications, polymers permanently doped, selectively permeable membranes 529 Applications, polymers permanently doped, supercapacitors 527 Applications, polymers redox cycled (electrochemical doping) 526 529—532 Applications, polymers redox cycled (electrochemical doping), actuators 532 Applications, polymers redox cycled (electrochemical doping), artificial muscles 532 Applications, polymers redox cycled (electrochemical doping), batteries, light, rechargeable 529 Applications, polymers redox cycled (electrochemical doping), controlled drug release 532 Applications, polymers redox cycled (electrochemical doping), cyclability 531 Applications, polymers redox cycled (electrochemical doping), diodes 532 Applications, polymers redox cycled (electrochemical doping), drain current 532 Applications, polymers redox cycled (electrochemical doping), electroactive materials 529 Applications, polymers redox cycled (electrochemical doping), electrochromic devices 530—531 Applications, polymers redox cycled (electrochemical doping), energy storage 526 529 Applications, polymers redox cycled (electrochemical doping), gate voltage 532 Applications, polymers redox cycled (electrochemical doping), microcircuit technology 532 Applications, polymers redox cycled (electrochemical doping), microelectromechanical devices 532 Applications, polymers redox cycled (electrochemical doping), microtweezers 532 Applications, polymers redox cycled (electrochemical doping), microvalves 532 Applications, polymers redox cycled (electrochemical doping), open-circuit voltage 529 Applications, polymers redox cycled (electrochemical doping), optical switch 530 Applications, polymers redox cycled (electrochemical doping), smart windows 526 530 Applications, polymers redox cycled (electrochemical doping), time response 531 Applications, polymers redox cycled (electrochemical doping), transistors 532 Applications, polymers undoped 526 533 600—635 Applications, polymers undoped, active matrix flexible flat display panel 533 Applications, polymers undoped, all-optical phase modulator 533 Applications, polymers undoped, contacts (or interfaces or electrodes), electric field action at a junction 526 Applications, polymers undoped, contacts (or interfaces or electrodes), electrode materials 620—622 628 Applications, polymers undoped, contacts (or interfaces or electrodes), injection 594—629 Applications, polymers undoped, contacts (or interfaces or electrodes), interface layers 606—608 614 620—622 633 Applications, polymers undoped, contacts (or interfaces or electrodes), metal-conjugated polymer 600—609 629 Applications, polymers undoped, contacts (or interfaces or electrodes), ohmic 601—621 Applications, polymers undoped, contacts (or interfaces or electrodes), work function 620—622 Applications, polymers undoped, diode geometries 608 628—635 Applications, polymers undoped, diodes, Al/trans polyacetylene/Au 608 Applications, polymers undoped, diodes, light-emitting (electroluminescent) (LED)s 533 569 594 601—604 609 614—635 Applications, polymers undoped, diodes, light-emitting (electroluminescent) (LED)s, applied voltage 615 Applications, polymers undoped, diodes, light-emitting (electroluminescent) (LED)s, brightness 634 Applications, polymers undoped, diodes, light-emitting (electroluminescent) (LED)s, color adjustment 629—631 633 634 Applications, polymers undoped, diodes, light-emitting (electroluminescent) (LED)s, device lifetime 634 Applications, polymers undoped, diodes, light-emitting (electroluminescent) (LED)s, dye 633 Applications, polymers undoped, diodes, light-emitting (electroluminescent) (LED)s, electrical operation conditions 634 Applications, polymers undoped, diodes, light-emitting (electroluminescent) (LED)s, flexible LEDs 621 634 Applications, polymers undoped, diodes, light-emitting (electroluminescent) (LED)s, high-definition screens 635 Applications, polymers undoped, diodes, light-emitting (electroluminescent) (LED)s, laser emission 615 Applications, polymers undoped, diodes, light-emitting (electroluminescent) (LED)s, light-emitting areas 634 Applications, polymers undoped, diodes, light-emitting (electroluminescent) (LED)s, materials 629—633 Applications, polymers undoped, diodes, light-emitting (electroluminescent) (LED)s, multicolor emission 624 629 Applications, polymers undoped, diodes, light-emitting (electroluminescent) (LED)s, multiplexing 625 Applications, polymers undoped, diodes, light-emitting (electroluminescent) (LED)s, performances 629 633 Applications, polymers undoped, diodes, light-emitting (electroluminescent) (LED)s, pulse mode 625 Applications, polymers undoped, diodes, light-emitting (electroluminescent) (LED)s, quantum yields 615 626 629 633 634 Applications, polymers undoped, diodes, light-emitting (electroluminescent) (LED)s, quenching centers 633 Applications, polymers undoped, diodes, light-emitting (electroluminescent) (LED)s, radiationless losses 632 633 Applications, polymers undoped, diodes, light-emitting (electroluminescent) (LED)s, response time 623 625 Applications, polymers undoped, diodes, light-emitting (electroluminescent) (LED)s, switching times 634 Applications, polymers undoped, diodes, light-emitting (electroluminescent) (LED)s, threshold voltage 634 Applications, polymers undoped, diodes, light-emitting (electroluminescent) (LED)s, transit time 623 625 Applications, polymers undoped, diodes, light-emitting (electroluminescent) (LED)s, vapor deposited molecules 628 Applications, polymers undoped, diodes, Schottky 601 Applications, polymers undoped, directional coupler 533 Applications, polymers undoped, field emission 606 Applications, polymers undoped, heterojunctions 601 Applications, polymers undoped, liquid crystal display (LCD) panels 533 614 Applications, polymers undoped, Mott barrier 608 Applications, polymers undoped, optical signal processing 533 Applications, polymers undoped, optoelectronic devices 601 Applications, polymers undoped, p-n junctions 601 609 613 617 Applications, polymers undoped, photovoltaic, cell 533 602 Applications, polymers undoped, photovoltaic, devices 608 Applications, polymers undoped, photovoltaic, energy conversion 601 Applications, polymers undoped, photovoltaic, yield 601 Applications, polymers undoped, Schottky barriers 601—625 Applications, polymers undoped, Schottky barriers, 609 Applications, polymers undoped, Schottky barriers, Al/fibrillar trans-polyacethylene 608 Applications, polymers undoped, Schottky barriers, Al/polyphenylenevinylene 609 Applications, polymers undoped, Schottky barriers, Al/polythiophene 608 Applications, polymers undoped, Schottky barriers, barrier height 605—609 Applications, polymers undoped, Schottky barriers, depletion region, thickness 605—609 619 Applications, polymers undoped, Schottky barriers, diffusion potential 605 Applications, polymers undoped, Schottky barriers, In/polyalkylthiophenes 609 Applications, polymers undoped, Schottky barriers, saturation current 606 Applications, polymers undoped, thin film devices (TF)s 602 Applications, polymers undoped, thin film devices (TF)s, spin-cast film 533 Applications, polymers undoped, thin film devices (TF)s, thickness 602 619 Applications, polymers undoped, transistors, field effect, (FET)s 500 533 559 600—604 609—614 632 Applications, polymers undoped, transistors, thin-films field-effect, (TFT-FET)s 602 609—614 Applications, polymers undoped, transistors, thin-films field-effect, (TFT-FET)s, comparison with amorphous-Si FETs 614 Applications, polymers undoped, transistors, thin-films field-effect, (TFT-FET)s, current-voltage characteristics 611 Applications, polymers undoped, transistors, thin-films field-effect, (TFT-FET)s, device lifetime 614 Applications, polymers undoped, transistors, thin-films field-effect, (TFT-FET)s, drain electrode 610—613 Applications, polymers undoped, transistors, thin-films field-effect, (TFT-FET)s, field effect 609—614 Applications, polymers undoped, transistors, thin-films field-effect, (TFT-FET)s, gate electrode 609 610 614 Applications, polymers undoped, transistors, thin-films field-effect, (TFT-FET)s, geometries 610 Applications, polymers undoped, transistors, thin-films field-effect, (TFT-FET)s, insulated-gate field-effect transistor (IGFET) 613 Applications, polymers undoped, transistors, thin-films field-effect, (TFT-FET)s, insulated-gate thin films transistors 610 Applications, polymers undoped, transistors, thin-films field-effect, (TFT-FET)s, parameters, optimization of 614 Applications, polymers undoped, transistors, thin-films field-effect, (TFT-FET)s, saturation current 613 Applications, polymers undoped, transistors, thin-films field-effect, (TFT-FET)s, surface accumulation layer 613 Applications, polymers undoped, transistors, thin-films field-effect, (TFT-FET)s, theory 610—613 Applications, polymers undoped, transistors, thin-films field-effect, (TFT-FET)s, threshold voltage 610 613 Applications, polymers undoped, transistors, thin-films field-effect, (TFT-FET)s, unipolar device 610 Applications, polymers, industrial scale, world market 524 Applications, polymers, overview 523—526 Applications, semiconductors 343—353 Applications, semiconductors, conducting composites 349—351 Applications, semiconductors, ionizing radiation dosimetry 351—353 Applications, semiconductors, negative-resistance devices 339—344 Applications, semiconductors, switching 343—344 783 Applications, semiconductors, switching, memory effect 783 Applications, semiconductors, switching, reproducibility 343—344 Applications, semiconductors, thermistor effect 344—349 Applications, semiconductors, thermistor effect, current-voltage characteristics 346—349 Applications, semiconductors, thermistor effect, theory 344—347 Applications, superconductors 488 750 Applications, superconductors, Josephson circuits, high-density memories 488 Applications, superconductors, Josephson circuits, lithographic techniques 488 Applications, superconductors, Josephson circuits, microwave detectors 488 Arenes 80—84 408 Aromatic molecules, crystals 586 626 705 815 Arrhenius plot 697 Azo compounds 801 803 Azobenzene, naphtalene substituted 781 Azobenzene, naphtalene substituted, NATP LB films 781—783 Azobenzene, photochromic, ATP LB films 778—783 Azobenzene, photochromic, cis, trans 777—783 Band, bending at interfaces 602 806 Band, edges 515 618 619 627 Band, filling 34 36 44 61 65 292 319 373 418 454 459 503 506 Band, half-filling 30 34 49—52 54 60 61 Band, model 4 5 28 32 76 191 197—199 213 230 244 245 269—293 313 319 360 365—396 406—459 495—519 544 551 570—620 648—684 696 792—813 BCPTTF 332 337 Bechgaard salts see " BEDT-TTF (ET) 75 87 91 96 99 100 119 120 136 162 184 BEDT-TTF (ET), derivatives 99 768 769 Benzocyclopentyltetrathiafulvalene see "BCPTTF" Benzodimethyltetrathiafulvalene 126 Benzoporphyrazines 695 Benzoquinones 93 Biethylenedioxytetrathiafulvalene (BO) 774 Biological systems 2 3 7 8 312 691—734 Biological systems, biological cells 691 Biological systems, biosynthesis 20 Biological systems, experimentation in vitro, in vivo 691 698 724 Biological systems, integrated 721—724 Biological systems, living state 2 6 7 20 691 708 721—725 Biological systems, membranes 691 698 699 708 721 723 724 Biological systems, mitochondria 691 724 Biological systems, submolecular biology 724 Biological systems, vesicles 691 Bis(ethylenedioxy)tetrathiafulvalene (BEDO-TTF or BO) 120 Bis(ethylenediseleno)tetraselenafulvalene (BEDS-TSF) 129 Bis(ethylenediseleno)tetrathiafulvalene (BEDS-TTF or BEST) 125 131 Bis(ethylenedithio)tetraselenafulvalene (BEDT-TSF or BETS) 131 Bis(ethylenedithio)tetrathiafulvalene (BEDT-TTF or ET) see "BEDT-TTF" Bis(propylenedithio)tetrathiafulvalene (BPDT-TTF) 242 Bis(tetramethylenetetraselenafulvalene(4,5-dimercapto-1,3-dithiole-2-thione)Ni 242 Bis-dithiolene-transition metal conductors 134 Bisbidentated ligands 298 Bismaleonitriledithiolate 291 Bisphenol-A/polycarbonate 803 Bloch walls 503 Bogoliubov transformation 412 Boltzmann transport theory 377 394 396 Bond-ordering-wave (BOW) 26 42—63 339 Bonner — Fisher law 275—296 328—338 422 Bose — Einstein condensation 6 Bosonization 35—36 40 53 Brillouin zone 12 61 506 586 587 Buckminsterfullerene see "Fullerenes" Cancer, role of CTC 716 718 Carbohydrates 711—714 Carbon, 1, 2, atomic orbitals 496 511 Carbon, 1, 2, black 527 528 Carotenoids 597 708 723 Carotenoids, 710 Charge density waves ( 13 15 26 33—63 149 164 180 181 192 204 205 208 217 233 244 255 256 260 283—285 365 380—383 392 411—414 448 465—474 767 see Charge density waves ( 469 Charge density waves ( 383 Charge density waves ( 469 Charge density waves ( 256 Charge density waves ( 380 383 Charge density waves ( 244 255 256 469 Charge density waves ( 469 Charge density waves ( 383 465 469 Charge density waves ( 469 Charge transfer 4 8 30 48 692 693 764 792 Charge transfer complexes, biological systems 691—734 Charge transfer complexes, biological systems, activated CTC 696—699 Charge transfer complexes, biological systems, association constant 692 701—705 Charge transfer complexes, biological systems, autocomplexes 695 702 705 710 Charge transfer complexes, biological systems, charge complementarity 695 Charge transfer complexes, biological systems, charge transfer interaction 692—694 699 Charge transfer complexes, biological systems, colloidal complexes 695 Charge transfer complexes, biological systems, conductimetric titrations 699 707 718 Charge transfer complexes, biological systems, dipole moments 699—701 Charge transfer complexes, biological systems, dissociation energy 700 702 706 Charge transfer complexes, biological systems, dual donor/acceptor character 694 695 Charge transfer complexes, biological systems, electron donor-acceptor (EDA) complexes 692—695 701—708 Charge transfer complexes, biological systems, examples 708—724 Charge transfer complexes, biological systems, excimers 696 698 704 706 Charge transfer complexes, biological systems, exciplexes 695—699 704 706 Charge transfer complexes, biological systems, gas-phase reaction 695 Charge transfer complexes, biological systems, in solution 692 696 702—707 Charge transfer complexes, biological systems, irradiation 696 699 Charge transfer complexes, biological systems, methodology 701—708 Charge transfer complexes, biological systems, micellar complexes 695 705 Charge transfer complexes, biological systems, photochemical reactions 697 Charge transfer complexes, biological systems, photoionization 695 Charge transfer complexes, biological systems, polarization energy 694 699 Charge transfer complexes, biological systems, polarography 707 Charge transfer complexes, biological systems, polarography, half-wave potential 707 Charge transfer complexes, biological systems, potentiometry 708 Charge transfer complexes, biological systems, protonic CTC 692 695—696 699 707 Charge transfer complexes, biological systems, resonance 693 694 697 Charge transfer complexes, biological systems, reversibility 700 Charge transfer complexes, biological systems, solvation effects 699—703 Charge transfer complexes, biological systems, stability 699 700 705 Charge transfer complexes, biological systems, stoichiometric ratios 702—707 Charge transfer complexes, biological systems, strong, weak CTC 693—706 Charge transfer complexes, biological systems, structural changes 703 Charge transfer complexes, biological systems, summary of main features 700—701 Charge transfer complexes, biological systems, surface processes 692 695 707 708 Charge transfer complexes, biological systems, ternary complexes 695 702 Charge transfer complexes, biological systems, thermodynamic properties 700 701 705 Charge transfer complexes, biological systems, ultrasonic experiments 696 Charge transfer complexes, biological systems, viscosity 696 Charge transfer complexes, biological systems, voltammetry 708 Charge transfer, back transfer 191 Charge transfer, charge oscillator model 242 245 391 Charge transfer, degree of 96—103 159 164 192—196 240 242 251 252 274 275 317—343 367 380 408 Charge transfer, measurement of 190—196 200 209 239—243 Charge transfer, measurement of, bond length method 192 195—196 200 Charge transfer, measurement of, Raman spectroscopy 257 Charge transfer, measurement of, x-ray or neutron 192—195 Charge transfer, photo and thermal excitation 102 Charge transfer, transition 458 Charge, distribution (density) 12 14 17 164 190—196 214 242 261 279 326 454 605 611 613 664 685 706 Charge, free carriers 33—34 579—625 651 658—674 Charge, free carriers, hot 616 Charge, free carriers, majority, minority 601 604 622 809 Charge, free carriers, mean free path 368—395 625 659 661 662 Charge, free carriers, relaxation time 794—797 Charge, free carriers, spinless 503 512—514 674 675 Charge, itinerant electrons 293 294 Charge, localization/delocalization 15 53—55 87 98 99 159 191 198 209 243 254 261 262 273—303 312 337 394—397 405 406 458 550 557 581 591 598 624 632 633 659—668 772 Charge, localization/delocalization, scaling theory of localization 378 Charge, mobilities 4 312 324 336 349 383 434 598—625 651 660—668 685 706 792—798 805 Charge, mobilities, mobility edge 373 Charge, mobility measurements, field effect 598—600 Charge, mobility measurements, photoconductivity measurements 599 Charge, mobility measurements, space-charge-limited (SCL) current 599 600 Charge, mobility measurements, time-of-flight 599 Charge, motion 598 599 648 684 Charge, motion, coherent 56 649 659 661 662 Charge, motion, diffusive 55 625 627 663 Charge, response 35—36 43—44 Charge, self trapped see "Polarons" Charge, single and double site occupancy 235 415 458 Charge-transfer complexes (CTC) 4 8 96—98 190 230 232 298 761 799 Charge-transfer complexes, Langmuir — Blodgett films 766—769 Charge-transfer salts see "Ion-radical salts" Chemical synthesis 6 15 17—19 80—109 115—146 162 202 735—737 Chemical synthesis, H-shaped glass reaction 135 138 Chemical synthesis, molecular fastener effect 100 Chemical synthesis, new conductors 115 Chemical synthesis, organometallic chemistry 115 Chemical synthesis, phase-transfer catalyst 121 Chemical synthesis, photochemical coupling 123 Chemical synthesis, polymers 501 539—542 560 648 Chemical synthesis, polymers, catalyst preparation 539 667 Chemical synthesis, polymers, crystallization by stretching 565—566 Chemical synthesis, polymers, electrochemical 502 541 542 Chemical synthesis, polymers, fusibility 504 Chemical synthesis, polymers, growth conditions 504 Chemical synthesis, polymers, in oriented liquid-crystalline solvent 565 Chemical synthesis, polymers, layer-by-layer deposition method 676 Chemical synthesis, polymers, miscibility 568 Chemical synthesis, polymers, Naarman — Theophilou synthesis 649 662 665 667 Chemical synthesis, polymers, Natta's synthesis 501 Chemical synthesis, polymers, new monomers 539 Chemical synthesis, polymers, polymerization mechanisms 504 539 541 547 577 634 648 651 667 Chemical synthesis, polymers, polymerization mechanisms, electropolymerization 531 651 681 Chemical synthesis, polymers, polymerization mechanisms, topotactic reaction 505 Chemical synthesis, polymers, precursor polymers 539 565 566 Chemical synthesis, polymers, precursor polymers, Durham route 504 542 547 550 564 565 Chemical synthesis, polymers, precursor polymers, soluble 504 513 547 571 576 608 Chemical synthesis, polymers, preparation routes 539
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