Fukunaga Hiroshi - Program search result - SCEJ 51st Autumn Meeting (2020)

`SCEJ 51st Autumn Meeting (2020)`

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Program search result : Fukunaga Hiroshi : 8 programs

All sessions can be attended from the On-line (Virtual) Meeting Site.
Preprints(Abstracts) are now open. Click the Paper IDs. (Registered participants and invited persons only)
The ID/PW was sent on Sept. 10 (for earlybird registered participants) or on Sept. 23 (for on-site registered participants).
(Aug. 8) Flash session of SY-69 has been cancelled.
(Aug. 24,27) Schedule of SY-74 (X306, X307) and HQ-11 (D301) has been changed.

Authors field exact matches “Fukunaga Hiroshi”; 8 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 9:00– 10:30	PA109	Catalytic cracking of 3-ring and 4-ring polycyclic aromatic hydrocarbons with hydrogen transfer reaction (Shinshu U.) *(Stu)Watanabe Yuta, (Reg)Osada Mitsumasa, (Reg)Fukunaga Hiroshi, (Reg)Takahashi Nobuhide, (Chiyoda) (Reg)Takatsuka Toru, (Shinshu U.) (Reg)Shimada Iori	polycyclic aromatic hydrocarbons catalytic cracking hydrogen transfer	SY-64	816
Day 1 12:40– 13:40	PA109	Catalytic cracking of 3-ring and 4-ring polycyclic aromatic hydrocarbons with hydrogen transfer reaction (Shinshu U.) *(Stu)Watanabe Yuta, (Reg)Osada Mitsumasa, (Reg)Fukunaga Hiroshi, (Reg)Takahashi Nobuhide, (Chiyoda) (Reg)Takatsuka Toru, (Shinshu U.) (Reg)Shimada Iori	polycyclic aromatic hydrocarbons catalytic cracking hydrogen transfer	SY-64	816
Day 1 15:40– 16:40	PB128	Effect of conductivity on the performance of non-meal PEFC cathode using silk-derived activated carbon (Shinshu U.) *(Stu)Sasaki Takaaki, Kawakami Takahiro, (Reg)Shimada Iori, (Reg)Osada Mitsumasa, (Reg)Takahashi Nobuhide, (Reg)Fukunaga Hiroshi	Polymer electrolyte fuel cell Metal free cathode Conductive agent	ST-24	885
Day 1 15:40– 16:40	PB129	Overvoltage characteristic of low-Pt PEFC cathode prepared by performing core-shell reaction directly in Ru nanosheet catyalyst layer (Shinshu U.) *(Stu)Sugiwaka Tomoya, Yokokawa Tomoki, (Reg)Shimada Iori, (Reg)Osada Mitsumasa, (Reg)Takahashi Nobuhide, (Reg)Fukunaga Hiroshi	Polymer electrolyte fuel cell Nanosheet Core-shell structure	ST-24	891
Day 2 9:40– 10:00	X203	Mechanism of hydrolysis and dehydration of amide compound in high-temperature and high-pressure water (Shinshu U.) *(Stu)Tsuboi Hibiki, (Reg)Shimada Iori, (Reg)Fukunaga Hiroshi, (Reg)Takahashi Nobuhide, (Reg)Osada Mitsumasa	amide compound high-temperature and high-pressure water hydrolysis and dehydration	SY-74	376
Day 3 9:00– 10:20	Chair: Fukunaga Hiroshi
	L301	Effect of bilayer electrolyte on performance of protonic ceramic fuel cells with BaZr_0.8Y_0.2O_3-δ and BaZr_0.1Ce_0.7Y_0.1Yb_0.1O_3-δ electrolytes (U. Tokyo) *(Reg)Matsuo Hiroki, Nakane Kenta, (Tokyo Gas/Kyushu U.) (Reg)Matsuzaki Yoshio, (U. Tokyo) (Reg)Otomo Junichiro	Solid oxide fuel cell Bilayer electrolyte Proton conduction	ST-23	450
	L302	Direct carbon dioxide methanation in a calcium looping process using Ni-CaO-Y doped BaZrO₃ (U. Tokyo) *(Stu)Lee Jihan, (Reg)Otomo Junichiro	CCU Ca looping Methanation	ST-23	756
	L303	Proposal of the model of comprehensive anode reaction in solid oxide fuel cell / electrolysis cell and constructing the method of multivariable fitting (Tokyo Tech) *(Stu)Koga Yasutomo, (Stu)Iida Yuta, (Stu)Kameda Keisuke, (Reg)Hasegawa Kei, (Reg)Ihara Manabu	Solid Oxide Fuel Cell Kinetics modeling Langmuir-Hinshelwood	ST-23	103
	L304	Effect of Ion Conductive Oxide for Direct Carbon Nanotube Growth in the Solid Oxide Fuel Cell (Tokyo Tech) *(Reg)Hasegawa Kei, (Stu)Yamada Kouki, Hosoda Mankichi, (Stu)Iida Yuta, (Stu)Kameda Keisuke, (Reg)Ihara Manabu	Solid oxide fuel cell Carbon nanotube oxide ion conductor	ST-23	573
Day 3 11:00– 11:20	D307	Hydrothermal synthesis of organic matters from alkali carbonate absorbent and absorbent regeneration (Shinshu U.) *(Stu)Mizuno Ryo, (Reg)Shimada Iori, (Reg)Osada Mitsumasa, (Reg)Fukunaga Hiroshi, (Reg)Takahashi Nobuhide	Hydrothermal treatment Formic acid CO2 chemical absorption	HQ-11	860
Day 3 11:20– 11:40	I308	Application of machine learning to product composition prediction in catalytic cracking reaction (Shinshu U.) *(Reg)Shimada Iori, (Reg)Osada Mitsumasa, (Reg)Fukunaga Hiroshi, (Reg)Koyama Michihisa	machine learning feature engineering catalytic cracking	SY-63	533

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SCEJ 51st Autumn Meeting (2020)

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