SCEJ 88th Annual Meeting (Tokyo, 2023): List of the applications (topics)

`化学工学会第88年会(東京)`

講演申し込み一覧（シンポジウム・講演分類別）

IS) IChES 2023 一般研究発表

IS-1. IChES 2023 一般研究発表

最終更新日時：2023-05-13 03:59:01

この分類でよく使われているキーワード	キーワード	受理件数
	absorbents	1件
	solubility parameter	1件
	Gas-liquid segmented flow	1件
	SOFC	1件
	composite solid-state electrolyte	1件
	Gas diffusion	1件
	all solid-state battery	1件
	Hyaluronic acid	1件
	Macroporous particle	1件
	carbon dioxide	1件
	Mass transfer	1件
	High-speed valve	1件
	CO2 capture	1件
	anti-carbon deposition ability	1件
	waste valorization	1件
	Bio-oil	1件
	electrolyte	1件
	zeolite catalysts	1件
	Economic benefit and CO2 reduction	1件
	HUVEC	1件
	upgrading	1件
	Ni-based anode	1件
	poly(ether block amide) 4033	1件
	Electroreduction	1件
	formate	1件
	Interconnected pore network	1件
	Computational fluid dynamic	1件
	kinetic and thermodynamic properties	1件
	nanoparticle extraction	1件
	Composite Hydrogel	1件
	Bioenergy coupled with carbon capture and utilization	1件
	Spray drying	1件

受理番号	講演題目／発表者	キーワード	発表形式
60	Spray drying simulation using computational fluid dynamic (CFD) (Kyoto U.) (海)○Mohd Sharizan Md Sarip・ (正)Sotowa Ken-Ichiro	Spray drying Computational fluid dynamic	O
63	Electro-thermal model for all-solid-state lithium batteries with composite solid-state electrolyte (弘前大院理工) (学)○Liu Zhao・ (大連理工大) You Hongxin・ (弘前大院理工) (正)Abuliti Abudula・ (弘前大地域研) (正)Guan Guoqing	Electro-thermal model all-solid-state lithium batteries composite solid-state electrolyte	O
64	Low-cost preparation of high-performance anode supported SOFC with anti-carbon deposition ability (弘前大院理工) (学)○Peng Shang・ (FrontierLab) Pairuzha Xiaokaiti・ (弘前大院理工) (正)Abuliti Abudula・ (弘前大地域研) (正)Guan Guoqing	SOFC Ni-based anode anti-carbon deposition ability	O
65	Development and Application of Liquid Phase Absorbents for CO₂ Capture in Flue Gas (弘前大地域研) (海)○Pan Zhang・ (弘前大院理工) (学)Virdi Choirun・ (正)Abuliti Abudula・ (弘前大地域研) (正)Guan Guoqing	CO2 capture absorbents kinetic and thermodynamic properties	O
82	Effect of hyaluronic acid molecular weight on HUVECs network formation on composite hydrogel (Osaka U.) (学)○Elvitigala Kelum Chamara Manoj Lakmal・ Mubarok Wildan・ (正)Horiguchi Ikki・ (正)Kojima Masaru・ (正)Sakai Shinji	HUVEC Composite Hydrogel Hyaluronic acid	O
117	MOF-drived InBiO_x@C catalyst for electrochemical reduction of CO₂ to formate (Hirosaki U. IRI) (海)○Feng Zhongbao・ (Hirosaki U.) (学)Yang Ziyuan・ (正)Abudula Abuliti・ (Hirosaki U. IRI) (正)Guan Guoqing	Electroreduction carbon dioxide formate	O
118	Electrochemical Characteristics of All Solid-state Lithium Metal Batteries Based on Poly(ether block amide) 4033 Electrolyte (Hirosaki U.) (学)○Liu Changlin・ (学)He Yang・ (正)Abudula Abuliti・ (Hirosaki U. IRI) (正)Guan Guoqing	all solid-state battery electrolyte poly(ether block amide) 4033	O
119	Catalytic upgrading of bio-oil derived from co-pyrolysis of cedar and giant miscanthus over copper-magnesium bimetallic modified zeolites (Hirosaki U.) (学)○Virdi Chaerusani・ (学)Aghietyas Choirun Az Zahra・ (正)Abudula Abuliti・ Kang Dong-Jin・ (Hirosaki U. IRI) (正)Guan Guoqing	Bio-oil zeolite catalysts upgrading	O
182	Investigation of mass transfer in valve-controlled multiphase segmented flow (Kyoto U.) (海)○Jiang Xiaoyang・ (正)Sotowa Ken-Ichiro・ (正)Tonomura Osamu	Mass transfer Gas-liquid segmented flow High-speed valve	O
475	Prediction of surface-modified iron oxide nanoparticles extraction from reaction field using solubility parameters and machine learning (Tokyo Tech) (学)○Wijakmatee Thossaporn・ (正)Orita Yasuhiko・ (正)Shimoyama Yusuke	nanoparticle extraction solubility parameter machine learning	O
490	Enhancement of Gas Diffusion by Appending Interconnected Macropores Network in Three-way Catalyst Particles via Spray Process (Hiroshima U.) (海)○Le Phong Hoai・ (海)Cao Kiet Le Anh・ (学)Kitamoto Yasuhiko・ (正)Hirano Tomoyuki・ (正)Ogi Takashi	Interconnected pore network Macroporous particle Gas diffusion	O
502	Design and Optimization of a Bio-based Industrial Symbiosis for Feasibility (AIST) (正)○Nguyen Thuy・ Putro Wahyu・ Fukaya Norihisa・ (正)Taniguchi Satoshi・ (正)Yamaki Takehiro・ (正)Hara Nobuo・ (正)Kataoka Sho	Bioenergy coupled with carbon capture and utilization waste valorization Economic benefit and CO2 reduction	O

講演申し込み一覧(シンポジウム番号・講演分類番号別)

受理済み講演申込一覧
化学工学会第88年会(東京)

www3.scej.org

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