
Authors and Chairs (J) field exact matches “玉置 直樹”; 7 programs are found. (“Poster with Flash” presentations are double-counted.)
The search results are sorted by the start time.
| Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
|---|---|---|---|---|---|
| Day 1 | Chair: | ||||
| EE119 | [Invited lecture] Synthesis of silica membranes using atmospheric-pressure plasma and their application in gas separation | plasma CVD gas separation | ST-26 | 731 | |
| EE121 | Deposition characteristics of TiSiCN by DC plasma CVD | DC plasma CVD TiSiCN | ST-26 | 914 | |
| EE122 | Growth Dynamics of Bismuth-Based Perovskite Thin Films via Chemical Vapor Deposition | Chemical vapor deposition Perovskite solar cell crystal orientation control | ST-26 | 888 | |
| EE123 | TMA/NH3-based FM-CVD Process for High-Thermal-Conductivity AlN Films at 400 oC | FM-CVD 3DIC AlN | ST-26 | 338 | |
| EE124 | Investigation of the Growth Enhancement Effect of Pd on Co-ALD | Nucleation enhancer ALD ULSI | ST-26 | 305 | |
| EE125 | Investigation of alkyl chain length dependence of inhibitors for area selective deposition of HfO2 | Area selective deposition Inhibitor | ST-26 | 740 | |
| Day 1 | EE123 | TMA/NH3-based FM-CVD Process for High-Thermal-Conductivity AlN Films at 400 oC | FM-CVD 3DIC AlN | ST-26 | 338 |
| Day 1 | EE124 | Investigation of the Growth Enhancement Effect of Pd on Co-ALD | Nucleation enhancer ALD ULSI | ST-26 | 305 |
| Day 2 | EE201 | Evaluation of the Effects of Wall Adsorption and Transport Phenomena on QCM-Based Adsorption Kinetics Analysis in ALD | ALD Atomic Layer Deposition QCM | ST-26 | 806 |
| Day 2 | EE204 | Reaction Mechanism Analysis of Mo-CVD/ALD using Mo(CO)6 | Mo(CO)6 step coverage interconnect | ST-26 | 405 |
| Day 2 | EE215 | Steric Hindrance Effects and Reaction Kinetics in Co-ALD Using CCTBA Precursor | ALD Atomic Layer Deposition | ST-26 | 801 |
| Day 2 | EE216 | Molecular dynamics simulations of precursor adsorption in the Co-ALD process using neural network potentials | Atomic layer deposition Neural network potential Growth per cycle | ST-26 | 347 |
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SCEJ 56th Autumn Meeting (Tokyo, 2025)
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