SCEJ 81st Annual Meeting (2016): List of the applications (topics)

`SCEJ 81st Annual Meeting (2016)`

List of received applications (By topics code)

5) Chemical reaction engineering

5-a. Catalytic reaction engineering

Most recent update: 2016-05-19 11:21:01

The keywords that frequently used in this topics code.	Keywords	Number
	artificial intelligence	5
	Computational chemistry	3
	Structured catalyst	3
	Automobile catalyst	2
	catalysts	2
	oxidative dehydrogenation	2
	Polymer electrolyte fuel cell	2
	washcoat layer	1

ACKN No.	Title/Author(s)	Keywords	Style
1	Cu Particle size and Support Effect on CO₂ Hydrogenation to MeOH over Supported Cu Catalysts (Seikei U./ETH Zurich) *(Ful)Tada S., (ETH Zurich) Schwarzwalder M., Coperet C.	CO2 hydrogenation methanol Cu catalyst	O
20	Catalyst degradation in the oxidative dehydrogenation of 1-butene on Bi-Mo Oxide (Tokushima U.) *(Ful)Sugiyama S., (Stu·PCEF)Nagai K.	catalyst degradation oxidative dehydrogenation 1-butene	O
132	DFT study on mechanism of benzene oxidation over vanadium complex catalysts (Kobe U.) *(Stu)Utsunomiya A., (Stu)Okemoto A., (Ful)Taniya K., (Ful)Ichihashi Y., (Ful)Nishiyama S.	benzene oxidation reaction mechanism complex catalysts	P
165	Development of Artificial Intelligence Integrated Multiscale Multiphysics Computational Chemistry Method and its Application to Automobile Catalyst Process (Tohoku U.) *(Ful)Sato Masashi, (Ful)Inaba Kenji, (Ful)Ishizawa Yukie, (Ful)Obara Yukiko, (Ful)Sato Ryo, Okushi Kotaro, Komuro Rei, (Ful)Sato Manami, Bonnaud Patrick, Miura Ryuji, Miyamoto Naoto, (Ful)Hatakeyama Nozomu, (Ful)Miyamoto Akira	Artificial Intelligence Automobile Catalyst Computational Chemistry	P
190	Development and application of artificial intelligence integrated catalytic deterioration simulation (Tohoku U.) *(Ful)Sato Ryo, (Ful)Sato Manami, Komuro Rei, (Ful)Ishizawa Yukie, (Ful)Obara Yukiko, (Ful)Inaba Kenji, Sase Mai, Bonnaud Patrick, (Ful)Miura Ryuji, Suzuki Ai, Miyamoto Naoto, (Ful)Hatakeyama Nozomu, (Ful)Miyamoto Akira	artificial intelligence catalytic dererioration interaction	P
214	Photocatalytic Decomposition of Water over Picene Thin-Film (Kobe U.) *(Stu)Kishishita K., (Stu)Maeda S., (Stu)Okemoto A., (Ful)Taniya K., (Ful)Ichihashi Y., (Ful)Nishiyama S.	picene thin-film photocatalysis water decomposition	P
243	Application to the chemical reaction process by development of Artificial Intelligence Integrated Ultra Accelerated Quantum Chemical Molecular Dynamics (Tohoku U.) *(Ful)Inaba Kenji, (Ful)Sato Manami, Komuro Rei, (Ful)Ishizawa Yukie, (Ful)Obara Yukiko, Bonnaud Patrick, (Ful)Miura Ryuji, Suzuki Ai, Miyamoto Naoto, (Ful)Hatakeyama Nozomu, Hariyama Masanori, (Ful)Miyamoto Akira	quantum chemical molecular dynamics Artificial Intelligence computational chemistry	O
257	Metal modified nanosheet-like molybdenum carbide catalysts for formic acid decomposition (Hirosaki U. NJRISE) *(Stu)Ji Cao, (Hirosaki U.) (Stu)Xiumin Li, (Hirosaki U. NJRISE) (Ful)Guoqing Guan, (Ful)Abuliti Abudula	molybdenum carbide catalyst Hydrogen Production Formic acid	P
276	Effective cyclic operation for liquid-liquid-liquid phase-transfer catalytic reaction (Tokyo Tech.) *(Stu)Hayashi M., (AIST) (Ful)Matsumoto H., (Tokyo Tech.) (Ful)Fujitsuka H., (Ful)Tago T.	cyclic operation phase transfer catalysis liquid-liquid-liquid phase system	P
318	Effect of promoter added in iron oxide-based structured catalyst on water gas shift reaction (Shizuoka U.) *(Ful)Watanabe Ryo, Watanabe Shuhei, (Ful)Fukuhara Choji	Water gas shift reaction iron oxide structured catalyst	O
331	Synthesis of SAPO zeolite catalyst using organosilane compounds as a Si source (Osaka U.) *(Ful)Hirota Y., (Stu)Yamada M., (Osaka U./JST-PRESTO) (Ful)Uchida Y., Sakamoto Y., (Tokyo Tech. Inst.) Yokoi T., (Osaka U.) (Ful)Nishiyama N.	zeolite catalyst SAPO-18 light olefin synthesis	O
332	Chemical recycling of plastics using a CeO₂ nanocatalyst (Chuo U.) *(Ful)Taguchi Minori, Ishikawa Yuki, Kataoka Shiho, (NIMS) (Ful)Naka Takashi, (Chuo U.) (Ful)Funazukuri Toshitaka	CeO2 nanoparticles catalysts plastics	O
411	The development and application of artificial intelligence integrated adsorption simulation (Tohoku U.) *(Ful)Obara Yukiko, Miyano Masayuki, Sato Emi, (Ful)Sato Manami, Komuro Rei, (Ful)Ishizawa Yukie, (Ful)Inaba Kenji, Bonnaud Alain Patrick, (Ful)Miura Ryuji, Suzuki Ai, Miyamoto Naoto, (Ful)Hatakeyama Nozomu, (Ful)Miyamoto Akira	Computational chemistry Artificial intelligence Adsorption simulation	P
460	Application to the catalytic reaction process by development of Artificial Intelligence Integrated Ultra Accelerated Quantum Chemical Molecular Dynamics (Tohoku U.) *(Ful)Ishizawa Yukie, (Ful)Inaba Kenji, (Ful)Obara Yukiko, (Ful)Sato Ryo, Sase Mai, (Ful)Sato Manami, Komuro Rei, Bonnaud Patrick, (Ful)Miura Ryuji, Suzuki Ai, Miyamoto Naoto, (Ful)Hatakeyama Nozomu, (Ful)Miyamoto Akira	artificial intelligence Automobile catalyst Ultra-Accelerated Quantum Chemical Molecular Dynamics Method	P
467	Modeling of degradation of anode catalyst against CO in fuel cell by the novel materials informatics (Kogakuin U.) *(Stu)Saito Shuhei, Md,Khorshed Alam, (Ful)Takaba Hiromitsu	Polymer Electrolyte Fuel Cell Materials Informatics Pt2Ru3 alloy catalyst	P
501	Reaction analysis of methane dry reforming on a nickel catalyst using a pulse method (Nagoya U.) *(Int)Yang Zhao, (Ful)Yamada Hiroshi, (Ful)Tagawa Tomohiko	a pulse method nickel catalyst dry reforming	P
551	Development of core-shell zeolite catalysts for highly-selective reactions (Osaka U.) (Stu)Miyake K., (Ful)Hirota Y., (Osaka U./JST-PRESTO) (Ful)Uchida Y., (Osaka U.) (Ful)Nishiyama N.	zeolite shape-selectivity catalysts	O
568	Preparation of CeO₂ nanorods covered with CuO layers and improvement of PM combustion activity (Tokushima U.) *(Stu·PCEF)Tezuka Y., (PCEF)Katayama M., (PCEF)Ohshima T., (Ful)Nakagawa K., (Ful)Katoh M., (Ful)Sugiyama S.	CeO2 nanorods PM combustion	P
591	Interparticle porous structure dependence on effective gas diffusivity in washcoat layer (Toyota Central R&D Lab.) *(Ful)Kato S., Yamaguchi S., (Nagoya U.) (Ful)Tagawa T., (Ful)Yamada H.	diffusion catalyst washcoat layer	O
614	Development of metal foil catalyst preparation techniques using arc-plasma deposition (Kumamoto U./Kyoto U. ESICB) *(Ful)Yoshida Hiroshi, (Kumamoto U.) Misumi Satoshi, (Kumamoto U./Kyoto U. ESICB/JST-PRESTO) Hinokuma Satoshi, (Kumamoto U./Kyoto U. ESICB) Machida Masato	arc-plasma rhodium catalyst preparation	P
655	Effect of mass- and heat-transfer promotion on CO₂ methanation property of Ni/CeO₂ structured catalyst (Shizuoka U.) *(Stu)Hayakawa Kotaro, (CATALER) Murabayashi Katsunori, (Shizuoka U.) (Ful)Watanabe Ryo, (Ful)Fukuhara Choji	CO2 methanation Structured catalyst CO2 utilization	P
667	Photorecovery of Noble Metals Using Polyoxometalate Hybrid Catalysts Combined With a Ru Complex as a Light-Harvesting Antenna (Kumamoto U.) *(Stu)Tsuchibashi Kenta, Sadowara Kouki, (Kyusyu U.) Kumamoto Kouta, (Kumamoto U.) (Ful)Quitain Armando, (Kumamoto U. IPPS) (Ful)Sasaki Mitsuru, (Kumamoto U.) (Ful)Kida Tetsuya	Polyoxometalate Recovery of metals Dye-sensitizer	P
679	Methylcyclohexane dehydrogenation property of Pt-based honeycomb-structured catalyst (Shizuoka U.) *(Stu)Hisamatsu Yoshikazu, Bandai Yuya, Funakubo Keisuke, (Ful)Watanabe Ryo, (Ful)Fukuhara Choji	Organic chemical hydride Methylcyclohexane Pt-based catalyst	P
688	Dimensionless modulus analysis of cathode catalyst layer of polymer electrolyte fuel cell (Kyoto U.) *(Ful)Kawase M., (Stu)Mitsui R., Yamaguchi K., (Ful)Kageyama M., (Ful)Inoue G.	Polymer electrolyte fuel cell Modeling Electromotive force	O
696	The development of automobile exhaust purification catalyst using carbonization materials (TUAT) *(Stu·PCEF)Nakagawa Ayumi, (Ful)Sakurai Makoto, (Ful)Kameyama Hideo	Three-Way Catalyst carbon alloys off-gas cleanup	P
712	Promotion Effect of Co-cation Addition on Selective Hydrogenation of Cinnamaldehyde over Pt/SiO₂ Catalysts (Kobe U.) *(Ful)Taniya Keita, Imai Tomota, Hara Taiki, (Stu)Okemoto Atsushi, (Ful)Ichihashi Yuichi, (Ful)Nishiyama Satoru	Selective hydrogenation Cinnamaldehyde Co-deposited Pt/SiO2 catalysts	O
763	Influence of Si/Al ratio of β-zeolites on activity for Baeyer-Villiger oxidation (Kobe U.) *(Stu)Mori R., (Stu)Okemoto A., (Ful)Taniya K., (Ful)Ichihashi Y., (Ful)Nishiyama S.	Baeyer-Villiger oxidation H-type β-zeolite Si/Al ratio	P
787	Reaction analysis of alcohol selective oxidation in PEFC reactor (Nagoya U.) *(Stu)Funahashi K., (NMIRI) (Ful)Miyata Y., (Nagoya U.) (Ful)Yamada H., (Ful)Tagawa T.	PEFC reactor cyclic voltammetry analysis alcohol selective oxidation	P
844	Single TG Curve Method for the Calculation of Activation Energy of Ag/CeO₂-Catalyzed PM Combustion (NIT Tokyo) (Ful)Kobayashi Yasukazu	Kinetics Analysis Activation Energy Calculation Catalytic PM Combustion	O
849	Ni-based structured catalyst system for capturing carbon from methane dry reforming gas (Shizuoka U.) *(Stu)Kawasaki Wataru, Kato Hidenori, (Ful)Watanabe Ryo, (Ful)Fukuhara Choji	Methane dry reforming Carbon capture Structured catalyst	O
970	Catalytic performance of metal-containing hydroxyapatites in oxidative dehydrogenation of propane (Kagoshima U.) *(Ful)Nakazato T., (Stu)Yoshinaga H., (Ful)Kai T., (NIT Toyama) Tafu M., Takamatsu S.	propane oxidative dehydrogenation hydroxyapatite	O

List of received applications (By topics code)

List of received applications
SCEJ 81st Annual Meeting (2016)

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Most recent update: 2016-05-19 11:21:01
For more information contact Organizing Committee, SCEJ 81st Annual Meeting (2016)
E-mail: inquiry-81a

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