Dr. Bijandra Kumar

Dr. Bijandra Kumar

Associate Professor
Email verificata su ecsu.edu
Citato da 8802
Carbon Nanomaterials Sensors CO2 conversion Li air battery Catalysts
Hansung Kim

Hansung Kim

Yonsei University
Email verificata su yonsei.ac.kr
Citato da 7720
fuel cell redox flow battery supercapacitor Li-air battery water electrolysis
zhenzhen yang

zhenzhen yang

Argonne National Laboratory
Email verificata su anl.gov
Citato da 5189
Li ion battery Li air battery electrodeposition interface chemistry
MOON GYU PARK

MOON GYU PARK

Argonne National Laboratory
Email verificata su anl.gov
Citato da 4689
Electrocatalysis Material Science Li-Air Battery Zn-Air Battery AEM Water Electrolysis
byoungsu Kim

byoungsu Kim

University of Illinois at Urbana Champaign
Email verificata su illinois.edu
Citato da 2193
Electrochemistry CO2 reduction Fuel Cell Li-air Battery
Hyuk Jae Kwon

Hyuk Jae Kwon

Samsung Advanced Institute of Technology
Email verificata su samsung.com
Citato da 1721
CO2 capture and utilization (CCU) PM&VOC removals Energy and Environmental Catalysis Li-air battery TWC/NH3-SCR
Chueh Liu

Chueh Liu

University of California - Riverside
Email verificata su ucr.edu
Citato da 1380
Li-ion Li-air battery fuel cell supercapacitor
Chao Shen

Chao Shen

Wildcat Discovery Technologies
Email verificata su my.fsu.edu
Citato da 1309
Li-S battery Li-air battery Li metal battery
Min Jeong Kim

Min Jeong Kim

Seoul National University
Email verificata su snu.ac.kr
Citato da 994
Fuel cell Li Air battery
Rajashekar Badam

Rajashekar Badam

Japan Advanced Institute of Science and Technology
Email verificata su jaist.ac.jp
Citato da 852
Carbon Fuel cells li air battery Li ion battery photo-chemistry
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