Technology and Application Development of Quantum Dot Materials, Book, Published June 2017
BC170604
QD materials, which are beginning to attract attention in display applications. This book covers everything from the basics to issues, practical points, and the potential for applications!
★What are quantum dot materials that have recently gained attention for their incorporation into displays? Learn about the technology and applications of colloidal quantum dots, including band structure and size. ★What are the fabrication techniques for colloidal quantum dots? Detailed explanations of production in aqueous solutions, solvents, and glass. ★From practical points such as stabilization techniques for quantum dots, longevity techniques, and dispersion stabilization, to particle size evaluation techniques and fluorescence/lifetime evaluation, essential technologies for practical use are thoroughly covered. ★Essential for commercialization! A detailed explanation of the trends and outlook for Cd-free quantum dots. ★Quantum rods, carbon-based quantum dots, perovskite-type quantum dots, Si quantum dots, etc. Researchers and companies at the forefront write about the latest trends of interest! ★What is the current status of applications in displays, which are receiving the most attention? How are companies responding? Understand the actual market trends from suppliers to product trends! ★Coverage from the structure and characteristics of quantum dot LEDs (QLED) to fabrication methods, evaluation, and outlook! Let's get a solid grasp of next-generation light sources! ★Indications of the potential for various applications such as improving the efficiency of solar cells, fluorescent probes/molecular imaging, lasers, etc.
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Publication Date: June 27, 2017 Price: 52,000 yen + tax Format: B5 size, 210 pages ISBN: 978-4-86502-134-9 ★ Please check the detailed table of contents on the web! List of Contributors ● Masaki Hasegawa, Merck Co., Ltd. ● Yoshio Murase, National Institute of Advanced Industrial Science and Technology ● Takeshi Fukuda, Saitama University ● Shoichi Nakamura, Otsuka Electronics Co., Ltd. ● Yoshifumi Ito, Kurume National College of Technology ● Takahisa Omata, Tohoku University ● Yoshiki Iso, Keio University ● Tetsuhiko Isobe, Keio University ● Ryohei Mori, Fuji Pigment Co., Ltd. ● Yasushi Sugimoto, Kobe University ● Minoru Fujii, Kobe University ● Tohru Tachima, The University of Tokyo ● Hiroaki Kitahara, Tech and Biz Co., Ltd. ● Kenichi Saito, Hiroshima University ● Hideki Oba, National Institute of Advanced Industrial Science and Technology ● Kazuhiko Shimomura, Sophia University ● Itaru Okada, The University of Tokyo
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52,000 yen + tax
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Please check the HP for the detailed table of contents! Chapter 1: What are Quantum Dot Materials Chapter 2: Fabrication and Performance Enhancement/Stabilization Technologies for Quantum Dots Section 1: Fabrication Techniques for Quantum Dots Section 2: Stabilization Using Glass Matrix Section 3: Ligand Exchange Techniques and Dispersion Stabilization for Quantum Dots Chapter 3: Reliability and Longevity of Quantum Dots Section 1: Evaluation of Quantum Dots Section 2: Evaluation Methods for Fluorescence Lifetime Section 3: Movements Towards Longevity of Quantum Dots Chapter 4: Recent Topics on Quantum Dots Section 1: Research Trends and Prospects for Cadmium-Free Quantum Dot Phosphors Section 2: Perovskite-Type Quantum Dot Phosphors Section 3: Carbon-Based Quantum Dots Section 4: Quantum Rods Section 5: Si Quantum Dots Section 6: Plasmon Enhancement of Quantum Dot Devices Chapter 5: Movements Towards Application Development Section 1: Latest Trends in Quantum Dot Displays Section 2: Quantum Dot LEDs Section 3: Biological and Bio Applications of Fluorescent Quantum Dots Section 4: Quantum Dot Lasers Section 5: Quantum Dot Solar Cells - Current Status and Prospects - Section 6: Other Applications
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