Last modified: 2017-02-20 10:00:00
We invite Prof. Sung Gap Im at KAIST, Korea, the winner of the SCEJ Award for Outstanding Asian Researcher and Engineer 2016.
He will deliver a lecture on his iCVD (initiated chemical vapor deposition) method for low temperature deposition of uniform, ultrathin polymer films, and their electronics and biomedical applications. We will also discuss the analysis of CVD processes based on reaction engineering, rational design and development of new processes based on understanding of CVD mechanisms, and applications to advanced materials and devices.
Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
---|---|---|---|---|---|
Hall E, Day 2 | |||||
(9:00–12:00) (Chair: | |||||
E201 | [Invited lecture] Analysis and Design of CVD/ALD processes Based on Chemical Reaction Engineering | Chemical Reaction Engineering CVD Process Design | K-2 | 838 | |
E203 | [Invited lecture] Cat-CVD and Its Development to Various Fields | Thin Film Technology Cat-CVD Cat-doping | K-2 | 82 | |
E205 | [Requested talk] Reaction Mechanism and Growth-rate Distribution in Metal-Organic Vapor-Phase Epitaxy of GaN | GaN MOVPE reaction mechanism | K-2 | 324 | |
E206 | [Requested talk] Plasma decomposition of hexamethyldisiloxane, oxygen, and ammonia for coating a polymer substrate with silica-based film | Plasma CVD silica-based gas-barrier film HMDSO | K-2 | 740 | |
E207 | [Requested talk] B-atom release from metal wires boronized by non-explosive boron compounds | chemical vapor deposition hot wire boron atoms | K-2 | 17 | |
E208 | [Requested talk] Surface reaction design for silicon epitaxial growth based on the reactor simulation | silicon epitaxial growth rate trichlorosilane silicon hydride | K-2 | 14 | |
E209 | [Requested talk] CVD and ALD precursor candidates for transition metal film deposition | Transition metal film Amidinate precursor Ethyl derivatives | K-2 | 157 | |
(13:00–15:20) (Chair: | |||||
E213 | [The SCEJ Award for Outstanding Asian Researcher and Engineer] Vapor-phase deposition of functional polymer films and their applications | initiated chemical vapor deposition functional polymer films electronic, separation, and biomedical applications | K-2 | 26 | |
E215 | [Invited lecture] Application of Cat-CVD technology to crystalline silicon solar cells | catalytic chemical vapor deposition crystalline Si solar cell passivation | K-2 | 85 | |
E217 | [Requested talk] Synthesis of carbon nitride using microwave plasma CVD | plasma CVD carbon nitride | K-2 | 477 | |
E218 | [Requested talk] PEALD-TiO2 films synthesized via CCRF discharges | TiO2 PEALD deposition | K-2 | 217 | |
E219 | [Requested talk] Surface coating of carbon nanotubes by aerosol process with plasma enhanced chemical vapor deposition | PECVD carbon nanotube dry coating process | K-2 | 396 | |
(15:40–17:20) (Chair: | |||||
E221 | [Requested talk] Novel catalytic property of structured catalyst prepared by wet-type chemical deposition | Electroless plating Structured catalyst Hydrogen production | K-2 | 198 | |
E222 | [Requested talk] Thin film deposition in supercritical fluids - impact of solvent capability on deposition characteristics | supercritical fluids solvent capability thin film deposition | K-2 | 184 | |
E223 | [Requested talk] Hot-filament CVD growth of low-resistivity diamond for power device applications | hot-filament CVD diamond low-resistivity | K-2 | 219 | |
E224 | [Requested talk] Effects of N2O Addition during the Growth of ZnO Films by Chemical Vapor Deposition Using a Catalytic Reaction | chemical vapor deposition catalytic reactions ZnO films | K-2 | 112 | |
E225 | [Requested talk] Engineering Carbon Nanotube Synthesis: Catalyst Screening, Identification of Reactive Species, and Rational Reactor Design | carbon nanotubes chemical vapor deposition rational design and development | K-2 | 19 |
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SCEJ 82nd Annual Meeting (Tokyo, 2017)