Solution Processing of Inorganic Materials
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The search for electronic materials that can be solution-processed into thin-film form at low temperature while simultaneously providing quality device characteristics represents a substantial challenge for materials chemists. Continuous semiconducting thin films with field-effect mobilities of 10 cm²/V-sec are particularly desirable for high-speed microelectronic applications. Other device components (dielectrics, contacts, buffer layers, etc.) must also be able to be deposited from solution to provide for ultimate low-cost device fabrication. Attainment of the above goals would provide…mehr

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Produktbeschreibung
The search for electronic materials that can be solution-processed into thin-film form at low temperature while simultaneously providing quality device characteristics represents a substantial challenge for materials chemists. Continuous semiconducting thin films with field-effect mobilities of 10 cm²/V-sec are particularly desirable for high-speed microelectronic applications. Other device components (dielectrics, contacts, buffer layers, etc.) must also be able to be deposited from solution to provide for ultimate low-cost device fabrication. Attainment of the above goals would provide important new opportunities for electronic devices, including potentially low-cost, large-area and flexible computing devices, displays, sensors and solar cells. While the majority of work toward this goal has focused on organic films (both molecular and polymeric), this book will review recent developments in the search for solution-processible inorganic semiconductors (as well as other critical electronic components), offering the potential for much higher performance and better thermal/mechanical stability than comparable organic-based systems. In particular, the book will focus on materials and techniques that are compatible with high-throughput, low-cost and low-temperature deposition processes, such as spin coating, dip coating, printing or stamping, since these offer the highest probablility of revolutionizing the electronics industry. Throughout the text, emphasis will be placed on providing concrete examples of applications that employ the described solution-processed films (transistors, solar cells, sensors, etc.).
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Autorenporträt
David B. Mitzi, PhD, is a Research Staff Member in the Physical Sciences Department at the IBM Thomas J. Watson Research Center. His research examines the solid-state chemistry, thin-film deposition and device opportunities for a variety of materials with potentially useful electronic or optical properties. Most recently, his focus has been on organic-inorganic hybrids and the development of solution-processed high-mobility inorganic semiconductors for thin-film devices (e.g., TFTs, LEDs, solar cells). Dr. Mitzi holds a number of patents and has authored or coauthored more than one hundred papers.