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Inorganic Flexible Optoelectronics

Inorganic Flexible Optoelectronics

Publisher VCH
Year 01/07/2019
Edition First
Pages 280
Version hardback
Readership level Professional and scholarly
Language English
ISBN 9783527343959
Categories Materials science, Electronics & communications engineering
$130.04 (with VAT)
513.00 PLN / €120.10 / £100.06
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Book description

Comprehensively covering inorganic flexible optoelectronics and their applications This highly application-oriented book provides an overview of the vibrant research field of inorganic flexible optoelectronics ? from materials to applications ? covering bulk materials as well as nanowires, thin films, nanomembranes for application in light emitting diodes, photodetectors, phototransistors, and solar cells. Edited and written by world-leading experts in the field, Inorganic Flexible Optoelectronics: Materials and Applications begins by covering flexible inorganic light emitting diodes enabled by new materials and designs, and provides examples of their use in neuroscience research. It then looks at flexible light-emitting diodes based on inorganic semiconductor nanostructures ? from thin films to nanowires. Next, the book examines flexible photodetectors with nanomembranes and nanowires; 2-D material based photodetectors on flexible substrates; and IV group materials based solar cells and their flexible photovoltaic technologies. Following that, it presents readers with a section on thin-film III-V single junction and multijunction solar cells and demonstrates their integration onto heterogeneous substrates. Finally, the book finishes with in-depth coverage of novel materials based flexible solar cells. -A must-have book that provides an unprecedented overview of the state of the art in flexible optoelectronics -Supplies in-depth information for new and already active researchers in the field of optoelectronics -Lays down the undiluted knowledge on inorganic flexible optoelectronics ? from materials to devices -Focuses on materials and devices for high-performance applications such as light-emitting diodes, solar cells, and photodetectors Inorganic Flexible Optoelectronics: Materials and Applications appeals to materials scientists, electronics engineers, electrical engineers, inorganic chemists, and solid state physicists.

Inorganic Flexible Optoelectronics

Table of contents

Preface xi

1 Flexible Inorganic Light Emitting Diodes Enabled by New Materials and Designs, With Examples of Their Use in Neuroscience Research 1
Hao Zhang, Philipp Gutruf, and John A. Rogers

1.1 Introduction 1

1.2 Flexible Micro-Inorganic LEDs ( -ILEDs) 2

1.3 Flexible Quantum Dot LEDs (QLEDs) 7

1.4 Flexible Perovskite LEDs (PeLEDs) 16

1.5 Flexible 2D Materials-Based LEDs 20

1.6 Opportunities for Flexible Optoelectronic Systems in Neuroscience Research 24

1.6.1 Miniaturized Flexible LEDs and Detectors for Injectable Neural Probes 25

1.6.2 Wireless, Flexible Optoelectronic Systems for Genetically Modified Recording and Stimulation 28

1.6.3 Wireless, Battery-Free Optogenetic Stimulation Devices for Use in the Peripheral Nervous System 32

1.7 Conclusion 33

References 35

2 Flexible Light-Emitting Diodes Based on Inorganic Semiconductor Nanostructures: From Thin Films to Nanowires 41
Nan Guan and Maria Tchernycheva

2.1 Introduction 41

2.2 Flexible LEDs Based on Thin-Film Transfer 43

2.2.1 Conventional Approaches for Lift-Off and Transfer of Thin Crystalline Films 43

2.2.2 Thin Film Mechanical Transfer Using van der Waals Epitaxy on 2D Materials 47

2.3 Nanowire LEDs and Their Potential Advantages 50

2.4 Flexible LEDs Based on Inorganic Bottom-Up Nanowires 55

2.4.1 LEDs Using a Direct Nanowire Growth on Flexible Substrates 55 ZnO Nanowire-Based Flexible LEDs 55 Nitride Flexible LEDs on Metal Foils 57

2.4.2 In-plane Transferred Nanowire LEDs 59

2.4.3 Vertically Transferred Nanowire LEDs 60

2.4.4 Novel Approaches for Nanostructure Lift-Off Using van der Waals Epitaxy 65

2.5 Conclusions 68

References 70

3 Flexible Photodetectors with Nanomembranes and Nanowires 79
Munho Kim, Jeongpil Park, Weidong Zhou, and Zhenqiang Ma

3.1 Introduction 79

3.2 Flexible Photodetectors 82

3.3 Performance Parameters 82

3.3.1 Responsivity 82

3.3.2 Detectivity 83

3.3.3 Photoconductive Gain (G) 84

3.3.4 Sensitivity (S) 84

3.3.5 Response Time 84

3.3.6 Ion/Ioff Current Ratio 84

3.4 Fabrication of Donor Substrates for Transferrable NMs 84

3.4.1 Smart-Cut (R) Technique 85

3.4.2 Epitaxial Growth Technique 86

3.5 Transfer Printing of Single Crystalline Semiconductor NMs 86

3.6 Semiconductor NM-Based Flexible Photodetectors 88

3.6.1 Si NM-Based Flexible Photodetectors 88

3.6.2 Ge NM-Based Flexible Photodetectors 94

3.6.3 III-V NM-Based Flexible Photodetectors 98

3.7 Fabrication of NW-Based Flexible Detectors 100

3.7.1 Synthesis of Single Crystal

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