電池 - Program search result - SCEJ 90th Annual Meeting (Tokyo, 2025)

`SCEJ 90th Annual Meeting (Tokyo, 2025)`

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Program search result : 電池 : 21 programs

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Title (J) field includes “電池”; 21 programs are found.
The search results are sorted by the start time.

Time	Paper ID	Title / Authors	Keywords	Topic code	Ack. number
Day 1 14:00– 17:00	Q112	[Requested talk] Compositing sulfur and porous carbon by hot-melt kneading process and its application for all-solid-state battery (Osaka Metro. U.) *(Stu)Iwao Motoshi, (Reg)Nakamura Hideya, (Reg)Ohsaki Shuji, (Reg)Watano Satoru	All-solid-state battery Lithium-ion battery Hot-melt kneading	HQ-21	633
Day 1 14:00– 17:00	Q114	[Requested talk] Analysis of the Filling Behavior of Discharge Products in the Cathode of Li-Air Batteries Using Mesoporous Carbon Monolith Disks (Hokkaido U.) *(Reg)Nagaishi Shintaroh, (Reg)Iwamura Shinichiroh, (Reg)Nakasaka Yuta, (Reg)Mukai Shin	Porous carbon Li-air battery Mesopore	HQ-21	728
Day 2 9:00– 9:20	F201	Lithium recovery from end-of-life lithium ion batteries using the Nano-filtration membrane process (Toray) *(Cor)Miyamoto Ryoma, (Cor)Yoshizaki Tomoya, (Cor)Watanabe Tomoki, (Cor)Okabe Jun, (Cor)Minegishi Shinichi, (Waseda U. SEES) (Reg)Iwai Hisanori, (U. Tokyo) Takaya Yutaro, (Waseda U.) (Reg)Tokoro Chiharu	Nanofiltration Lithium membrane	13-e	10
Day 2 9:20– 11:20	PB231	Development of a lithium-ion battery recycling process using a ternary hydrophobic deep eutectic solvent containing β-diketone (Tokushima U.) *(Stu)Taki Kotaro, (Reg)Hanada Takafumi, (Reg)Katoh Masahiro, (Kyushu U.) (Reg)Goto Masahiro	deep eutectic solvent lithium ion battery leaching	4-f	232
Day 2 10:00– 10:20	K204	Development of environmentally friendly batteries using SiO anode, NCM cathode and carbon nanotubes (Waseda U.) *(Reg)Mae Tomotaro, (U. Tokyo) (Int)Teah Heng Yi, (U. Tokyo/Waseda U.) (Reg)Hirao Masahiko, (Waseda U.) (Reg)Noda Suguru	Li-ion battery Carbon nanotubes Life cycle assessment	9-e	64
Day 2 13:20– 15:20	PC258	Direct regeneration of lithium iron phosphate cathode materials for recycling of lithium-ion batteries (Waseda U.) *(Stu)Ogino Yukako, (Reg)Mae Tomotaro, Natarajan Subramanian, (Reg)Noda Suguru	Lithium-ion batteries Direct regeneration Lithium iron phosphate cathode	13-e	528
Day 3 9:20– 9:40	K302	Novel ion exchange membrane to reduce ohmic resistance in redox flow battery (Meiji U.) *(Reg)Ishitobi Hirokazu, (Gunma U.) Obata Ryusuke, (TUAT) Sugiura Naruya, (Reg)Ohashi Hidenori, (Gunma U.) (Reg)Nakagawa Nobuyoshi	Ion exchange membrane Redox flow battery Ohmic resistance	9-e	55
Day 3 9:20– 11:20	PD314	Stability Evaluation of Cathode Slurry for Lithium-Ion Batteries Using an Oscillatory Viscometer (Kobe U.) *(Stu)Fujita Koutarou, (Reg)Komoda Yoshiyuki, (Reg)Ohmura Naoto	Lithium-Ion Batteries Sedimentation behavior Dispersion stability	2-a	546
Day 3 9:20– 11:20	PD319	Dispersibility Evaluation of High Concentration Auxiliaries Slurry for Lithium Ion Batteries (Kobe U.) *(Stu)Soyama Ryusei, (Reg)Komoda Yoshiyuki, (Reg)Ohmura Naoto	lithium ion battery slurry Dispersibility	2-a	547
Day 3 9:20– 11:20	PD320	Development of a composite process for sulfur, conductive additive, and solid electrolyte by continuous hot melt kneading and its application to all-solid-state lithium-sulfur batteries- (Osaka Metro. U.) *(Stu)Harada Hikaru, (Stu)Iwao Motoshi, (Reg)Nakamura Hideya, (Reg)Ohsaki Shuji, (Reg)Watano Satoru	all solids lithium-sulfur batteries hot melt kneading continuous composite process	2-f	288
Day 3 9:20– 11:20	PD347	Acquiring design guidelines for highly active nonprecious metal oxide catalysts for cathode of anion exchange membrane fuel cell (Science Tokyo) *(Stu)Taguchi Akihiro, (Reg)Sugawara Yuuki, (Reg)Kuroki Hidenori, (Reg)Yamaguchi Takeo	anion exchange membrane fuel cell oxygen reduction reaction nonprecious metal	5-a	526
Day 3 9:20– 11:20	PD350	Development of silicon-activated carbon composite anode material by chemical vapor deposition for lithium-ion batteries (Waseda U.) *(Stu)Arai Soma, (Reg)Mae Tomotaro, (Reg)Osawa Toshio, (Reg)Noda Suguru	Chemical Vapor Deposition (CVD) Silicon anode Lithium-ion battery	5-h	238
Day 3 9:20– 11:20	PD371	Synthesis of boron nitride-coated carbon nanotubes and their application to lithium-ion batteries (Waseda U.) *(Stu)Kitajima Daiki, (Reg)Mae Tomotaro, (Samsung Japan) Beak Jinseok, Hoshiba Koji, (Waseda U.) (Reg)Osawa Toshio, (Reg)Noda Suguru	carbon nanotube boron nitride lithium-ion battery	5-h	243
Day 3 10:00– 10:20	K304	Effect of the particle distributions on the mass transport properties in the direct formic acid fuel cell (Kanazawa U.) *(Reg)Tsujiguchi Takuya, (Reg)Fujiwara Kakeru, (Reg)Osaka Yugo, (Reg)Kodama Akio	DFAFC Mass traansport Catalyst ink	9-e	711
Day 3 10:40– 11:00	J306	Dimensionless moduli governing transport phenomenon of polymer electrolyte fuel cell (Kyoto U.) *(Reg)Ma Yulei, (Reg)Hasegawa Shigeki, (Reg)Kageyama Miho, (Reg)Kawase Motoaki	polymer electrolyte fuel cell mass transfer resistance electrochemical reaction engineering	11-a	458
Day 3 11:00– 11:20	J307	Carbon nanotube/Activated carbon composite for air electrode of Zn-air battery (Kyoto U.) *(Int)Kalong Munsuree, (Reg)Sano Noriaki, Suzuki Tetsuo	Zn-air battery carbon nanotube activated carbon	11-a	573
Day 3 13:20– 15:20	PE310	Effect of Inorganic Impurities on the performance of direct formic acid fuel cell. (Kanazawa U.) *(Stu)Cheng Kuan, (Reg)Fujiwara Kakeru, (Reg)Osaka Yugo, (Reg)Kodama Akio, (Reg)Tsujiguchi Takuya	DFAFCs Impurities FAOR	9-e	272
Day 3 13:20– 15:20	PE313	Characterization of a Ba-based perovskite oxide sintered under wet conditions and its application as an electrolyte in protonic ceramic fuel cells (Science Tokyo) *(Stu)Sato Yusuke, (Reg)Okazaki Moe, (U. Tokyo GSFS) (Stu)Yamate Shun, (Science Tokyo) (Reg)Otomo Junichiro	proton conduction hydration sinterability	9-e	441
Day 3 13:20– 15:20	PE325	Effect of shear rate on the particles structure formation for manufacturing of lithium-ion battery electrode (Hosei U.) *(Stu)Yura K., (Hosei U./Nissan motor) (Stu)Tsutsui G., (Hosei U.) (Reg)Kitamura K., (Reg)Mori T.	Cathode of Li-ion battery Particle assembling state in slurries Rheo-Impedance	11-a	143
Day 3 13:20– 15:20	PE326	The Role of Interlayer Metal Ions and the Charge-Discharge Mechanism via Anion Intercalation/Deintercalation in Aqueous Layered MnO₂ Cathode Batteries (Kanto Gakuin U.) *(Stu)Hanaya Akinobu, Onizuka Saki, (Reg)Tomono Kazuaki	Layered manganese oxide Aqueous batteries Intercalated Co complexes	11-a	397
Day 3 13:20– 15:20	PE328	Development of a highly active and durable dye-based redox polymer for enzymatic biofuel cells (Kagoshima U.) *(Stu·PCEF)Ujita Syunnosuke, (Reg)Tamaki Takanori	enzymatic biofuel cells dye-based redox polymer enzyme bioanode	12-j	82

Time

Paper
ID

Title / Authors

Keywords

Topic code

Ack.
number

Day 1
14:00– 17:00

Q112

[Requested talk] Compositing sulfur and porous carbon by hot-melt kneading process and its application for all-solid-state battery

(Osaka Metro. U.) *(Stu)Iwao Motoshi, (Reg)Nakamura Hideya, (Reg)Ohsaki Shuji, (Reg)Watano Satoru

All-solid-state battery
Lithium-ion battery
Hot-melt kneading

HQ-21

633

Day 1
14:00– 17:00

Q114

[Requested talk] Analysis of the Filling Behavior of Discharge Products in the Cathode of Li-Air Batteries Using Mesoporous Carbon Monolith Disks

(Hokkaido U.) *(Reg)Nagaishi Shintaroh, (Reg)Iwamura Shinichiroh, (Reg)Nakasaka Yuta, (Reg)Mukai Shin

Porous carbon
Li-air battery
Mesopore

HQ-21

728

Day 2
9:00– 9:20

F201

Lithium recovery from end-of-life lithium ion batteries using the Nano-filtration membrane process

(Toray) *(Cor)Miyamoto Ryoma, (Cor)Yoshizaki Tomoya, (Cor)Watanabe Tomoki, (Cor)Okabe Jun, (Cor)Minegishi Shinichi, (Waseda U. SEES) (Reg)Iwai Hisanori, (U. Tokyo) Takaya Yutaro, (Waseda U.) (Reg)Tokoro Chiharu

Nanofiltration
Lithium
membrane

13-e

Day 2
9:20– 11:20

PB231

Development of a lithium-ion battery recycling process using a ternary hydrophobic deep eutectic solvent containing β-diketone

(Tokushima U.) *(Stu)Taki Kotaro, (Reg)Hanada Takafumi, (Reg)Katoh Masahiro, (Kyushu U.) (Reg)Goto Masahiro

deep eutectic solvent
lithium ion battery
leaching

4-f

232

Day 2
10:00– 10:20

K204

Development of environmentally friendly batteries using SiO anode, NCM cathode and carbon nanotubes

(Waseda U.) *(Reg)Mae Tomotaro, (U. Tokyo) (Int)Teah Heng Yi, (U. Tokyo/Waseda U.) (Reg)Hirao Masahiko, (Waseda U.) (Reg)Noda Suguru

Li-ion battery
Carbon nanotubes
Life cycle assessment

9-e

Day 2
13:20– 15:20

PC258

Direct regeneration of lithium iron phosphate cathode materials for recycling of lithium-ion batteries

(Waseda U.) *(Stu)Ogino Yukako, (Reg)Mae Tomotaro, Natarajan Subramanian, (Reg)Noda Suguru

Lithium-ion batteries
Direct regeneration
Lithium iron phosphate cathode

13-e

528

Day 3
9:20– 9:40

K302

Novel ion exchange membrane to reduce ohmic resistance in redox flow battery

(Meiji U.) *(Reg)Ishitobi Hirokazu, (Gunma U.) Obata Ryusuke, (TUAT) Sugiura Naruya, (Reg)Ohashi Hidenori, (Gunma U.) (Reg)Nakagawa Nobuyoshi

Ion exchange membrane
Redox flow battery
Ohmic resistance

9-e

Day 3
9:20– 11:20

PD314

Stability Evaluation of Cathode Slurry for Lithium-Ion Batteries Using an Oscillatory Viscometer

(Kobe U.) *(Stu)Fujita Koutarou, (Reg)Komoda Yoshiyuki, (Reg)Ohmura Naoto

Lithium-Ion Batteries
Sedimentation behavior
Dispersion stability

2-a

546

Day 3
9:20– 11:20

PD319

Dispersibility Evaluation of High Concentration Auxiliaries Slurry for Lithium Ion Batteries

(Kobe U.) *(Stu)Soyama Ryusei, (Reg)Komoda Yoshiyuki, (Reg)Ohmura Naoto

lithium ion battery
slurry
Dispersibility

2-a

547

Day 3
9:20– 11:20

PD320

Development of a composite process for sulfur, conductive additive, and solid electrolyte by continuous hot melt kneading and its application to all-solid-state lithium-sulfur batteries-

(Osaka Metro. U.) *(Stu)Harada Hikaru, (Stu)Iwao Motoshi, (Reg)Nakamura Hideya, (Reg)Ohsaki Shuji, (Reg)Watano Satoru

all solids lithium-sulfur batteries
hot melt kneading
continuous composite process

2-f

288

Day 3
9:20– 11:20

PD347

Acquiring design guidelines for highly active nonprecious metal oxide catalysts for cathode of anion exchange membrane fuel cell

(Science Tokyo) *(Stu)Taguchi Akihiro, (Reg)Sugawara Yuuki, (Reg)Kuroki Hidenori, (Reg)Yamaguchi Takeo

anion exchange membrane fuel cell
oxygen reduction reaction
nonprecious metal

5-a

526

Day 3
9:20– 11:20

PD350

Development of silicon-activated carbon composite anode material by chemical vapor deposition for lithium-ion batteries

(Waseda U.) *(Stu)Arai Soma, (Reg)Mae Tomotaro, (Reg)Osawa Toshio, (Reg)Noda Suguru

Chemical Vapor Deposition (CVD)
Silicon anode
Lithium-ion battery

5-h

238

Day 3
9:20– 11:20

PD371

Synthesis of boron nitride-coated carbon nanotubes and their application to lithium-ion batteries

(Waseda U.) *(Stu)Kitajima Daiki, (Reg)Mae Tomotaro, (Samsung Japan) Beak Jinseok, Hoshiba Koji, (Waseda U.) (Reg)Osawa Toshio, (Reg)Noda Suguru

carbon nanotube
boron nitride
lithium-ion battery

5-h

243

Day 3
10:00– 10:20

K304

Effect of the particle distributions on the mass transport properties in the direct formic acid fuel cell

(Kanazawa U.) *(Reg)Tsujiguchi Takuya, (Reg)Fujiwara Kakeru, (Reg)Osaka Yugo, (Reg)Kodama Akio

DFAFC
Mass traansport
Catalyst ink

9-e

711

Day 3
10:40– 11:00

J306

Dimensionless moduli governing transport phenomenon of polymer electrolyte fuel cell

(Kyoto U.) *(Reg)Ma Yulei, (Reg)Hasegawa Shigeki, (Reg)Kageyama Miho, (Reg)Kawase Motoaki

polymer electrolyte fuel cell
mass transfer resistance
electrochemical reaction engineering

11-a

458

Day 3
11:00– 11:20

J307

Carbon nanotube/Activated carbon composite for air electrode of Zn-air battery

(Kyoto U.) *(Int)Kalong Munsuree, (Reg)Sano Noriaki, Suzuki Tetsuo

Zn-air battery
carbon nanotube
activated carbon

11-a

573

Day 3
13:20– 15:20

PE310

Effect of Inorganic Impurities on the performance of direct formic acid fuel cell.

(Kanazawa U.) *(Stu)Cheng Kuan, (Reg)Fujiwara Kakeru, (Reg)Osaka Yugo, (Reg)Kodama Akio, (Reg)Tsujiguchi Takuya

DFAFCs
Impurities
FAOR

9-e

272

Day 3
13:20– 15:20

PE313

Characterization of a Ba-based perovskite oxide sintered under wet conditions and its application as an electrolyte in protonic ceramic fuel cells

(Science Tokyo) *(Stu)Sato Yusuke, (Reg)Okazaki Moe, (U. Tokyo GSFS) (Stu)Yamate Shun, (Science Tokyo) (Reg)Otomo Junichiro

proton conduction
hydration
sinterability

9-e

441

Day 3
13:20– 15:20

PE325

Effect of shear rate on the particles structure formation for manufacturing of lithium-ion battery electrode

(Hosei U.) *(Stu)Yura K., (Hosei U./Nissan motor) (Stu)Tsutsui G., (Hosei U.) (Reg)Kitamura K., (Reg)Mori T.

Cathode of Li-ion battery
Particle assembling state in slurries
Rheo-Impedance

11-a

143

Day 3
13:20– 15:20

PE326

The Role of Interlayer Metal Ions and the Charge-Discharge Mechanism via Anion Intercalation/Deintercalation in Aqueous Layered MnO₂ Cathode Batteries

(Kanto Gakuin U.) *(Stu)Hanaya Akinobu, Onizuka Saki, (Reg)Tomono Kazuaki

Layered manganese oxide
Aqueous batteries
Intercalated Co complexes

11-a

397

Day 3
13:20– 15:20

PE328

Development of a highly active and durable dye-based redox polymer for enzymatic biofuel cells

(Kagoshima U.) *(Stu·PCEF)Ujita Syunnosuke, (Reg)Tamaki Takanori

enzymatic biofuel cells
dye-based redox polymer
enzyme bioanode

12-j