In the past 15 years, sol-gel science has experienced rapid growth, especially in the preparation and properties of silica. More recently, studies of all types of films and coatings, as well as organic-inorganic hybrid materials, have become widespread. This volume contains papers that reflect the outstanding quality and diversity of novel applications and innovative scientific techniques around sol-gel science and technology.
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First Sentence:
Sol-gel processing is one of the promising methods to prepare well-defined ferroelectric films at relatively low temperatures. Read the first page Key Phrases - Statistically Improbable Phrases (SIPs): (learn more)
tungsten bronze phase, monolithic xerogels, ovskite phase, maximum relative permittivity, hydroxide route, colloid time, perovskite crystallization, sol aging, polarization fatigue, barium titanate particles, paraffin interface, baking profile, piezoelectric anisotropy, lead acetate trihydrate, nearest coordination shells, tungsten bronze structure, gel fibers, acetate route, oxygen ion beam, titanate films, ferroelectric thin films, optical propagation loss, pyrochlore phase, ferroelectric properties, precursor solution Key Phrases - Capitalized Phrases (CAPs): (learn more)
Kluwer Academic Publishers, Journal Sol-Gel, New York, Sol-Gel Sci, Academic Press, Thin Solid Films, Integrated Ferroelectrics, Paz de Araujo, Experimental Procedure, Received September, Korean Phys, John Wiley, People's Republic of China, Accepted March, Department of Chemistry, Jozef Stefan Institute, Materials Research Society, Received October, Accepted December, Introduction Ferroelectric, Log Cycles, San Diego, Accepted August, Accepted February, Accepted June New!
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Sol-gel processing is one of the promising methods to prepare well-defined ferroelectric films at relatively low temperatures. Read the first page Key Phrases - Statistically Improbable Phrases (SIPs): (learn more)
tungsten bronze phase, monolithic xerogels, ovskite phase, maximum relative permittivity, hydroxide route, colloid time, perovskite crystallization, sol aging, polarization fatigue, barium titanate particles, paraffin interface, baking profile, piezoelectric anisotropy, lead acetate trihydrate, nearest coordination shells, tungsten bronze structure, gel fibers, acetate route, oxygen ion beam, titanate films, ferroelectric thin films, optical propagation loss, pyrochlore phase, ferroelectric properties, precursor solution Key Phrases - Capitalized Phrases (CAPs): (learn more)
Kluwer Academic Publishers, Journal Sol-Gel, New York, Sol-Gel Sci, Academic Press, Thin Solid Films, Integrated Ferroelectrics, Paz de Araujo, Experimental Procedure, Received September, Korean Phys, John Wiley, People's Republic of China, Accepted March, Department of Chemistry, Jozef Stefan Institute, Materials Research Society, Received October, Accepted December, Introduction Ferroelectric, Log Cycles, San Diego, Accepted August, Accepted February, Accepted June New!
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Front Cover | First Pages | Index | Back Cover | Surprise Me!
Citations (learn more)
This book cites 29
books:
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10
books
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- Piezoelectric Ceramics by Bernard Jaffe on 5 pages
- Sol-Gel Science: The Physics and Chemistry of Sol-Gel Processing by C. Jeffrey Brinker on page 82, page 123, and page 131
- Ceramic Materials for Electronics, Third Edition (Materials Engineering) by Relva C. Buchanan on page 57, and page 82
- Electronic Ceramics (Electrical and Computer Engineering) by Levinson on page 98, and page 175
- Infrared and Raman Spectra of Inorganic and Coordination Compounds (2 Volume Set) by Kazuo Nakamoto on page 184, and page 250
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- Sol-Gel Technologies for Glass Producers and Users by Michel Andre Aegerter on 5 pages
- Chemistry of Advanced Materials: An Overview by Leonard V. Interrante on page 446, and page 447
- Ceramic Films and Coatings (Materials Science and Process Technology) by John D. Wachtman on page 279, and page 282
- Metallopolymer Nanocomposites (Springer Series in Materials Science) by A.D. Pomogailo on page 311, and page 419
- Applied Chemistry - A Textbook for Engineers and Technologists by H.D. Gesser on page 318
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