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Organic Optoelectronics (1994)
DE NW EB DLISBN: 9783527653478 bzw. 3527653473, in Deutsch, Wiley-VCH, neu, E-Book, elektronischer Download.
Lieferung aus: Deutschland, Versandkostenfrei.
Organic Optoelectronics: InhaltsangabePreface XVList of Contributors XVII1 Electronic Process in Organic Solids 1 Hongzhen Lin, Fenglian Bai1.1 Introduction 11.2 Structure Characteristics and Properties of Organic Solids 31.2.1 Organic Solids 41.2.2 Molecular Geometries 71.2.3 Aggregations and Assemblies 71.3 Electronic Processes in Organic Small Molecules 81.3.1 Photophysics of Small Molecules 81.3.1.1 Molecular Orbital Model 81.3.1.2 Jablonski Diagram 91.3.1.3 Frank&ndash Condon Principle 101.3.1.4 Electronic Absorption 111.3.1.5 Fluorescence and Phosphorescence 131.3.2 Excitation for Charge and Energy Transfer in Small Molecules 151.3.2.1 Photoinduced Electron Transfer 151.3.2.2 Excitation Energy Transfer 181.4 Some Basic Concepts of Electronic Process in Conjugated Polymers 221.4.1 Excited States in Conjugated Polymers 241.4.1.1 Soliton 241.4.1.2 Polaron 251.4.1.3 Bipolaron 261.4.1.4 Exciton 271.4.2 Interactions between Conjugated Polymer Chains 301.4.2.1 Bound Polaron Pairs 301.4.2.2 Excimers 311.4.2.3 Ground-State Complexes 321.4.3 Photoinduced Charge Transfer between Conjugated Polymers and Electron Acceptors 321.5 Carriers Generation and Transport 351.5.1 Charge Carriers 351.5.2 Carrier Mobility and Its Measurement 361.5.3 Mobility-Influencing Factors 37References 382 Organic/Polymeric Semiconductors for Field-Effect Transistors 43 Qing Meng, Huanli Dong, Wenping Hu2.1 Introduction 432.1.1 Features of Organic/Polymeric Semiconductors 442.1.2 Classification of Semiconductors for Organic Field-Effect Transistors 442.1.3 Main Parameters for the Characterization of Organic/Polymeric Semiconductors 462.2 Small-Molecular Semiconductors 472.2.1 P-type Small-Molecular Semiconductors 472.2.1.1 Polycyclic Aromatic Hydrocarbons 472.2.1.2 Chalcogen-Containing Semiconductors 532.2.1.3 Nitrogen-Containing Semiconductors 632.2.2 n-Type Small-Molecule Semiconductors 652.2.2.1 Fluorine-Containing Semiconductors 652.2.2.2 Cyano-Containing Semiconductors 672.2.2.3 Carbonyl and Imide Semiconductors 682.2.2.4 Fullerenes 702.3 Polymer Semiconductors 712.3.1 p-Type Polymer Semiconductors 722.3.1.1 Polythiophenes 722.3.1.2 Thiophene&ndash Heteroacene Copolymers 732.3.1.3 Other Copolymers 742.3.2 n-Type Polymer Semiconductors 752.4 Normal Synthetic Methods for Organic Semiconductors 762.4.1 Diels&ndash Alder Cycloaddition 772.4.2 Aldol Reaction 772.4.3 Stille Reaction 782.4.4 Suzuki Reaction 782.4.5 Sonogashira Crosscoupling 792.4.6 Ullmann Reaction 792.4.7 Heck Reaction 792.5 Purification of Organic Semiconductors 802.6 Outlook 81References 813 Organic/Polymeric Field-Effect Transistors 95 Chengliang Wang, Lang Jiang, Wenping Hu3.1 Int 3.4.2 Effect of Thin-Film Microstructure on the Performance of Transistors 1223.4.3 High-Performance Transistors of Small Molecules 1263.4.4 High-Performance Transistors of Conjugated Polymers 1333.4.5 New Techniques for Organic/Polymeric Thin Film Field-Effect Transistors 1353.4.5.1 Self-Assembly 1353.4.5.2 Printing 1373.5 Organic/Polymeric Single Crystal Field-Effect Transistors 1403.5.1 Organic/Polymeric Single Crystals 1403.5.2 Growth of Organic/Polymeric Crystals 1403.5.2.1 Vapor Process for the Growth of Organic Crystals 1403.5.2.2 Solution Process for the Growth of Organic/Polymeric Crystals 1423.5.3 Fabrication Techniques for Organic Field-Effect Transistors of Single Crystals 1443.5.3.1 Electrostatic-Bonding Technique 1443.5.3.2 Drop-Casting Technique 1443.5.3.3 Deposition Parylene Dielectric Technique 1463.5.3.4 Shadow Mask Technique 1473.5.3.5 Gold Layer Glue Technique 1483.5.4 Performance of Organic/Polymeric Single Crystals in Field-Effect Transistors 1483.5.4.1 Organic/Polymeric Crystals 1483.5.4.2 Structure&ndash Property Relationship of Organic/Polymeric Single Crystals 1533.6 Outlook 155References 1564 Organic Circuits and Organic Single-Molecule Transistors 171 Qinqxin Tang, Yanhong Tong, Wenping Hu4.1 Introduction 1714.1.1 Ambipolar Transistors 1714.1.2 Inverter Circuits 1734.1.3 Ring Oscillator Circuits 1764.2 Circuits of Organic Thin Films 1784.2.1 Circuits of Organic Thin Films Based on Ambipolar Transistors 1784.2.2 Circuits of Organic Thin Films Based on Unipolar Transistors 1844.2.3 Complementary Circuits of Organic Thin Films 1874.2.4 Complex Circuits of Organic Thin Films 1924.2.5 Performance Modulation of Organic Thin-Film Circuits 1994.2.6 Analog Circuit Based on Organic Thin-Film Transistors 2094.3 Self-Assembled and Printed Organic Circuits 2104.3.1 Self-Assembled Organic Circuits 2104.3.2 Printed Organic Circuits 2134.4 Circuits of Organic Crystals 2164.5 Single-Molecule Transistors 2214.5.1 Fabrication of Single-Molecule Transistors 2224.5.1.1 Fabrication of Single-Molecule Prototype Devices 2224.5.1.2 Fabrication of Single-Molecule Transistors by Nanogap Electrodes 2254.5.2 Behavior of Single-Molecule Transistors 2444.5.2.1 Temperature- and Length-Variable Transport of Single Molecules 2454.5.2.2 Inelastic Electron Tunneling Spectroscopy of Single Molecules 2474.5.2.3 Transition Voltage Spectroscopy of Single Molecules 2514.5.3 Quanta and Theories of Single-Molecule Transistors 2534.6 Challenges and Outlooks 259References 2595 Polymer Light-Emitting Diodes (PLEDs): Devices and Materials 277 Xiong Gong5.1 Introduction 2775.2 PLEDs Fabricated from Conjugated Polymers 2785.2.1 Device Architecture 2785.2.2 Device Fabrication 2785.3 Accurate Measurement of PLED Device Parameters 2795.3.1 Photopic Luminosity 2795.3.2 Measurement of PLEDs 2815.4 Devices Physics of PLEDs 2835.4.1 Elementary Micro Polyphenylenes (PPPs) 2975.5.1.3 Polyfl uorenes (PFs) 2975.5.1.4 Polythiophenes (PTs) 2995.5.2 Anode and Cathode 3005.5.2.1 Anodes 3005.5.2.2 Cathodes 3015.5.3 Hole-Injection/Transporting Materials 3025.5.3.1 Hole-Injection Materials 3025.5.3.2 Hole-Transporting Materials 3025.5.4 Electron-Transporting Materials 3025.6 Electrophosphorescent PLEDs 3035.6.1 Energy Transfer 3035.6.2 Electrophosphorescent PLEDs 3065.6.3 Nonconjugated Polymer-Based Electrophosphorescent PLEDs 3095.6.4 Conjugated Polymer-Based Electrophosphorescent PLEDs 3165.7 White-Light PLEDs 3235.7.1 Solid-State Lighting 3235.7.2 Characterization of White Light 3245.7.3 Fabrication of White-Light PLEDs 3255.7.4 Efficient Excitation Energy Transfer from PFO to the Fluorenone Defect 3265.7.5 White Electrophosphorescent PLEDs 3285.7.6 Outlook of White PLEDs 3305.8 Summary 331References 3316 Organic Solids for Photonics 337 Hongbing Fu6.1 Introduction 3376.2 Size Effects on the Optical Properties of Organic Solids 3386.2.1 Exciton Confi nement Effect 3386.2.2 Size-Tunable Emission 3396.2.3 Multiple Emissions 3416.3 Aggregation-Induced Enhanced Emission 3426.4 Composite Solid 3446.5 Outlook 347References 3487 Organic Photonic Devices 351 Hongbing Fu7.1 Introduction 3517.2 Crystalline One-Dimensional (1-D) Organic Nanostructures 3527.2.1 Self-Assembly in Liquid Phase 352, Englisch, Ebook.
Organic Optoelectronics: InhaltsangabePreface XVList of Contributors XVII1 Electronic Process in Organic Solids 1 Hongzhen Lin, Fenglian Bai1.1 Introduction 11.2 Structure Characteristics and Properties of Organic Solids 31.2.1 Organic Solids 41.2.2 Molecular Geometries 71.2.3 Aggregations and Assemblies 71.3 Electronic Processes in Organic Small Molecules 81.3.1 Photophysics of Small Molecules 81.3.1.1 Molecular Orbital Model 81.3.1.2 Jablonski Diagram 91.3.1.3 Frank&ndash Condon Principle 101.3.1.4 Electronic Absorption 111.3.1.5 Fluorescence and Phosphorescence 131.3.2 Excitation for Charge and Energy Transfer in Small Molecules 151.3.2.1 Photoinduced Electron Transfer 151.3.2.2 Excitation Energy Transfer 181.4 Some Basic Concepts of Electronic Process in Conjugated Polymers 221.4.1 Excited States in Conjugated Polymers 241.4.1.1 Soliton 241.4.1.2 Polaron 251.4.1.3 Bipolaron 261.4.1.4 Exciton 271.4.2 Interactions between Conjugated Polymer Chains 301.4.2.1 Bound Polaron Pairs 301.4.2.2 Excimers 311.4.2.3 Ground-State Complexes 321.4.3 Photoinduced Charge Transfer between Conjugated Polymers and Electron Acceptors 321.5 Carriers Generation and Transport 351.5.1 Charge Carriers 351.5.2 Carrier Mobility and Its Measurement 361.5.3 Mobility-Influencing Factors 37References 382 Organic/Polymeric Semiconductors for Field-Effect Transistors 43 Qing Meng, Huanli Dong, Wenping Hu2.1 Introduction 432.1.1 Features of Organic/Polymeric Semiconductors 442.1.2 Classification of Semiconductors for Organic Field-Effect Transistors 442.1.3 Main Parameters for the Characterization of Organic/Polymeric Semiconductors 462.2 Small-Molecular Semiconductors 472.2.1 P-type Small-Molecular Semiconductors 472.2.1.1 Polycyclic Aromatic Hydrocarbons 472.2.1.2 Chalcogen-Containing Semiconductors 532.2.1.3 Nitrogen-Containing Semiconductors 632.2.2 n-Type Small-Molecule Semiconductors 652.2.2.1 Fluorine-Containing Semiconductors 652.2.2.2 Cyano-Containing Semiconductors 672.2.2.3 Carbonyl and Imide Semiconductors 682.2.2.4 Fullerenes 702.3 Polymer Semiconductors 712.3.1 p-Type Polymer Semiconductors 722.3.1.1 Polythiophenes 722.3.1.2 Thiophene&ndash Heteroacene Copolymers 732.3.1.3 Other Copolymers 742.3.2 n-Type Polymer Semiconductors 752.4 Normal Synthetic Methods for Organic Semiconductors 762.4.1 Diels&ndash Alder Cycloaddition 772.4.2 Aldol Reaction 772.4.3 Stille Reaction 782.4.4 Suzuki Reaction 782.4.5 Sonogashira Crosscoupling 792.4.6 Ullmann Reaction 792.4.7 Heck Reaction 792.5 Purification of Organic Semiconductors 802.6 Outlook 81References 813 Organic/Polymeric Field-Effect Transistors 95 Chengliang Wang, Lang Jiang, Wenping Hu3.1 Int 3.4.2 Effect of Thin-Film Microstructure on the Performance of Transistors 1223.4.3 High-Performance Transistors of Small Molecules 1263.4.4 High-Performance Transistors of Conjugated Polymers 1333.4.5 New Techniques for Organic/Polymeric Thin Film Field-Effect Transistors 1353.4.5.1 Self-Assembly 1353.4.5.2 Printing 1373.5 Organic/Polymeric Single Crystal Field-Effect Transistors 1403.5.1 Organic/Polymeric Single Crystals 1403.5.2 Growth of Organic/Polymeric Crystals 1403.5.2.1 Vapor Process for the Growth of Organic Crystals 1403.5.2.2 Solution Process for the Growth of Organic/Polymeric Crystals 1423.5.3 Fabrication Techniques for Organic Field-Effect Transistors of Single Crystals 1443.5.3.1 Electrostatic-Bonding Technique 1443.5.3.2 Drop-Casting Technique 1443.5.3.3 Deposition Parylene Dielectric Technique 1463.5.3.4 Shadow Mask Technique 1473.5.3.5 Gold Layer Glue Technique 1483.5.4 Performance of Organic/Polymeric Single Crystals in Field-Effect Transistors 1483.5.4.1 Organic/Polymeric Crystals 1483.5.4.2 Structure&ndash Property Relationship of Organic/Polymeric Single Crystals 1533.6 Outlook 155References 1564 Organic Circuits and Organic Single-Molecule Transistors 171 Qinqxin Tang, Yanhong Tong, Wenping Hu4.1 Introduction 1714.1.1 Ambipolar Transistors 1714.1.2 Inverter Circuits 1734.1.3 Ring Oscillator Circuits 1764.2 Circuits of Organic Thin Films 1784.2.1 Circuits of Organic Thin Films Based on Ambipolar Transistors 1784.2.2 Circuits of Organic Thin Films Based on Unipolar Transistors 1844.2.3 Complementary Circuits of Organic Thin Films 1874.2.4 Complex Circuits of Organic Thin Films 1924.2.5 Performance Modulation of Organic Thin-Film Circuits 1994.2.6 Analog Circuit Based on Organic Thin-Film Transistors 2094.3 Self-Assembled and Printed Organic Circuits 2104.3.1 Self-Assembled Organic Circuits 2104.3.2 Printed Organic Circuits 2134.4 Circuits of Organic Crystals 2164.5 Single-Molecule Transistors 2214.5.1 Fabrication of Single-Molecule Transistors 2224.5.1.1 Fabrication of Single-Molecule Prototype Devices 2224.5.1.2 Fabrication of Single-Molecule Transistors by Nanogap Electrodes 2254.5.2 Behavior of Single-Molecule Transistors 2444.5.2.1 Temperature- and Length-Variable Transport of Single Molecules 2454.5.2.2 Inelastic Electron Tunneling Spectroscopy of Single Molecules 2474.5.2.3 Transition Voltage Spectroscopy of Single Molecules 2514.5.3 Quanta and Theories of Single-Molecule Transistors 2534.6 Challenges and Outlooks 259References 2595 Polymer Light-Emitting Diodes (PLEDs): Devices and Materials 277 Xiong Gong5.1 Introduction 2775.2 PLEDs Fabricated from Conjugated Polymers 2785.2.1 Device Architecture 2785.2.2 Device Fabrication 2785.3 Accurate Measurement of PLED Device Parameters 2795.3.1 Photopic Luminosity 2795.3.2 Measurement of PLEDs 2815.4 Devices Physics of PLEDs 2835.4.1 Elementary Micro Polyphenylenes (PPPs) 2975.5.1.3 Polyfl uorenes (PFs) 2975.5.1.4 Polythiophenes (PTs) 2995.5.2 Anode and Cathode 3005.5.2.1 Anodes 3005.5.2.2 Cathodes 3015.5.3 Hole-Injection/Transporting Materials 3025.5.3.1 Hole-Injection Materials 3025.5.3.2 Hole-Transporting Materials 3025.5.4 Electron-Transporting Materials 3025.6 Electrophosphorescent PLEDs 3035.6.1 Energy Transfer 3035.6.2 Electrophosphorescent PLEDs 3065.6.3 Nonconjugated Polymer-Based Electrophosphorescent PLEDs 3095.6.4 Conjugated Polymer-Based Electrophosphorescent PLEDs 3165.7 White-Light PLEDs 3235.7.1 Solid-State Lighting 3235.7.2 Characterization of White Light 3245.7.3 Fabrication of White-Light PLEDs 3255.7.4 Efficient Excitation Energy Transfer from PFO to the Fluorenone Defect 3265.7.5 White Electrophosphorescent PLEDs 3285.7.6 Outlook of White PLEDs 3305.8 Summary 331References 3316 Organic Solids for Photonics 337 Hongbing Fu6.1 Introduction 3376.2 Size Effects on the Optical Properties of Organic Solids 3386.2.1 Exciton Confi nement Effect 3386.2.2 Size-Tunable Emission 3396.2.3 Multiple Emissions 3416.3 Aggregation-Induced Enhanced Emission 3426.4 Composite Solid 3446.5 Outlook 347References 3487 Organic Photonic Devices 351 Hongbing Fu7.1 Introduction 3517.2 Crystalline One-Dimensional (1-D) Organic Nanostructures 3527.2.1 Self-Assembly in Liquid Phase 352, Englisch, Ebook.
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Organic Optoelectronics (2012)
DE NW EBISBN: 9783527653478 bzw. 3527653473, in Deutsch, Wiley-VCH, neu, E-Book.
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Organic Optoelectronics (2012)
DE NW EBISBN: 9783527653478 bzw. 3527653473, in Deutsch, Wiley-VCH, neu, E-Book.
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Organic Optoelectronics (2012)
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Organic Optoelectronics Wenping Hu Author
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Organic Optoelectronics
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