Last modified: 2023-05-16 19:47:30
Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
---|---|---|---|---|---|
Hall K, Day 1 | |||||
SY-76 [Symposium of Division of Safety] The Subjects and Approaches to Process Safety Management | |||||
(13:00–14:40) (Chair: | |||||
K113 | [Invited lecture] Designing a New PSM (Process Safety Management) Framework | Process Safety Management Risk Based Process Safety Sub-Managements | SY-76 | 143 | |
K115 | [Requested talk] LOPA translation working group activities | LOPA Process Safety Management Process Hazard Analysis | SY-76 | 231 | |
K116 | [Requested talk] Utilization of Logic Tree Analysis Results to Learn from Experiences of Process Safety Incidents | Incident Investigation Process Safety Incident Logic Tree | SY-76 | 519 | |
K117 | [Requested talk] Development of Prediction Model for Environmental Condition of Deterioration Phenomena for Asset Integrity Management | Asset Integrity Environmental Condition Deterioration Phenomena | SY-76 | 518 | |
Break | |||||
(15:00–16:20) (Chair: | |||||
K119 | [Requested talk] A study on requirements for implementation of smart engineering support system for management-of-change based on business process model | management of change smart management business process model | SY-76 | 40 | |
K120 | Simplified identification method of accident scenarios with fire and explosion in chemical risk assessment | Chemical risk assessment Scenario identification Fire and explosion prevention | SY-76 | 441 | |
K121 | Scenario diagram and viewpoint list for supporting consideration of accident scenarios related to unintended reactions | Unintended reactions Consideration of accident scenarios Fire and explosion prevention | SY-76 | 228 | |
K122 | Core Principles for creating, strengthening, and sustaining process safety culture | Process Safety Safety Culture Causal Loop | SY-76 | 47 | |
Hall K, Day 2 | |||||
ST-22 [Trans-Division Symposium] CVD and Dry Processes | |||||
(9:20–10:20) (Chair: | |||||
K202 | Effects of dispersant for PECVD process with concurrent use of solid raw material upon synthesized composite thin films | titanium dioxide carbon nanotube photocatalyst | ST-22 | 213 | |
K203 | Preparation of nanostructured particles using direct spray type tubular flames | Nanostructured particle Flame spray pyrolysis Tubular flame | ST-22 | 55 | |
K204 | Synthesis of metal particles by tubular flames | Metal particles Flame spray pyrolysis Tubular flame | ST-22 | 174 | |
Break | |||||
(10:40–12:00) (Chair: | |||||
K206 | Effects of the central metals of perovskite thin film on structure | CVD perovskite central metals | ST-22 | 414 | |
K207 | Highly-loaded Ni on CeO2 prepared by flame spray pyrolysis | Ni CeO2 Flame spray pyrolysis | ST-22 | 686 | |
K208 | [Review lecture] Future Prospects of Plasma Deposition Technology | plasma enhanced deposition plasma equipment design reactive species control | ST-22 | 110 | |
(13:00–14:20) (Chair: | |||||
K213 | [Invited lecture] A new HVPE growth technique which brings high quality GaN substrates; maskless-3D | GaN substrate, HVPE low dislocation density | ST-22 | 112 | |
K214 | Effect of SiCl4 addition for SiC-CVD from MTS/H2 | CVD SiC Recycle | ST-22 | 556 | |
K215 | Manufacture of SiCf/SiC by chlorine-free Chemical Vapor Infiltration | SiC chemical vapor infiltration tetramethylsilane | ST-22 | 822 | |
K216 | Production and Characterization of Organic Thin Films by Rapid Expansion of Supercritical Solutions (RESS) Using CO2 | RESS Organic thin films Supercritical CO2 | ST-22 | 781 | |
(14:20–15:20) (Chair: | |||||
K217 | Kinetic analysis of TiAlN-CVD process for construction of reaction model (2) | CVD TiAlN cutting tool | ST-22 | 153 | |
K218 | Synthesis of AlOx thin films by mist-CVD for electrical insulator layer of FETs | mist-CVD AlOx | ST-22 | 306 | |
K219 | Fabrication of SiO2 and Al2O3 insulator film by mist chemical vapor deposition | insulator thin-film-transistor mist chemical vapor deposition | ST-22 | 135 | |
Hall K, Day 3 | |||||
(9:00–10:20) (Chair: | |||||
K301 | Continuous synthesis of carbon nanoparticle-nanotube composite by high-temperature pyrolysis of acetylene | Carbon nanoparticle Carbon nanotube CVD | ST-22 | 175 | |
K302 | Fabrication and hierarchical structure control of carbon nanotube electron field emitter for X-ray tube | carbon nanotube electron field emitter hierarchical structure control | ST-22 | 230 | |
K303 | ZnO coating of carbon nanotubes by in-flight PECVD method | plasma-enhanced chemical vapor deposition nanocoating aerosol | ST-22 | 310 | |
K304 | QCM for evaluating gas flow in Minimal-CVD reactor | CVD QCM Minimal | ST-22 | 62 | |
Break | |||||
(10:40–12:00) (Chair: | |||||
K306 | Reaction mechanism analysis of polycrystalline SiC-CVD for high-speed, uniform growth process design | Reaction model SiC CVD | ST-22 | 499 | |
K307 | Time-evolution of film thickness profiles by level set method during CVD multiscale simulation | multiscale simulation chemical vapor deposition level set method | ST-22 | 504 | |
K308 | [Review lecture] Concept, design and future of semi-batch type ALD equipment and process | ALD Equipment Semi-Batch | ST-22 | 111 | |
(13:00–14:20) (Chair: | |||||
K313 | [Invited lecture] Characterization of silicon and nitrogen doped diamond-like carbon thin films prepared by plasma-enhanced chemical vapor deposition | diamond-like carbon plasma-enhanced chemical vapor deposition silicon | ST-22 | 248 | |
K314 | Residual stress in gas barrier silica film prepared by plasma chemical vapor deposition | CVD Residual stress Silica gas barrier film | ST-22 | 13 | |
K315 | Theoretical study for modeling surface reactions on SiC-CVI process | CH3SiCl3 SiC CVI surface reaction | ST-22 | 665 | |
K316 | Construction of surface reaction mechanism of SiC-CVI based on theoretical study | SiC-CVI Surface reaction mechanism CH3SiCl3 | ST-22 | 682 |
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SCEJ 51st Autumn Meeting (2020)