★From printable to printed! ★Mentioning display technologies that can be produced using printing technologies, which will likely occupy a major part, including inorganic and organic EL technologies.
Lecturer Nobuyoshi Taguchi, Ph.D. in Engineering, President of Image Tech Co., Ltd. [Publications] (Supervision) Sublimation-type Thermal Transfer Recording Materials (Trikeps, 1988), (Co-author) Latest Trends in Inorganic EL Development (Information Organization, 2007), (Co-author) others [Awards] 39th Chemical Technology Award from the Kinki Chemical Society (1987) and others [Career] Joined Matsushita Electric Industrial Co., Ltd. in 1968 (assigned to the Central Research Institute), engaged in the development of inorganic thin-film devices, thermal resistance elements, non-silver salt printing technology, etc. Resigned in 2002. Founded Image Tech Co., Ltd. in 2003, developing printed inorganic EL technology, and continues to this day. Target Audience: Corporate representatives and engineers interested in challenges related to Printed Electronics (PE) Venue: Kawasaki City Educational and Cultural Center, 4th Floor, Room 2 [Kanagawa, Kawasaki] 10-15 minutes walk from JR Kawasaki Station, 10-15 minutes walk from Keikyu Kawasaki Station Date and Time: April 28, 2011 (Thursday) 13:00-16:00 [Individual Consultation Session (Reservation Required) 16:00-16:30]
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basic information
【Course Objectives and Goals】 From printable to printed, why printed electronics (PE) now? This will touch on the economic and technological backgrounds, provide examples of several prototyping techniques and products, and discuss technological trends. Among PE products, we will mention display technologies that can be produced using printing techniques, particularly inorganic and organic EL technologies, which are likely to constitute a major part.
Price information
46200
Price range
P2
Delivery Time
P2
Applications/Examples of results
1. Why Printed Electronics (PE) Now? 1-1 Background from Economic and Industrial Perspectives 1-2 Background from Technological Trends 2. Various PE Technologies and Product Examples 2-1 Necessary Fundamental Technologies 2-1-1 Printing Technology 2-1-2 Interface and Surface Technology 2-1-3 Nano Ink 2-2 Technology and Product Examples 2-2-1 Transparent Electrode Films, Wiring Technology 2-2-2 EL Technology (Inorganic and Organic) 2-2-3 Flexibilization 2-2-4 EL Posters, Digital Signage 2-2-5 E-Books 2-3-6 Solar Cells (DSSC, etc.) 3. Trends in Academic Societies 4. Inorganic EL Technology 4-1 Overview, History, Principles 4-2 Product Examples 4-3 Latest Research and Development Examples 4-4 Creation of Phosphor Particles (Microwave Thermal Catalytic Method) 4-5 New Concepts Brought by Flexibilization 5. Conclusion
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