0467 |
Geunsu Bae |
Unraveling the complex causality behind the Fe-N-C degradation in fuel cell Geunsu Bae
|
ELEC.O-1 |
구두발표 |
0603 |
Adith Ramak... |
Multiscale modeling of Electrochemical CO2 reduction on Cu Adith Ramakrishnan Velmurugan
|
ELEC.O-2 |
구두발표 |
0639 |
Dong Hyun Kim |
Selective electrochemical reduction of nitric oxide to hydroxylamine by atomically dispersed iron catalyst Dong Hyun Kim
|
ELEC.O-3 |
구두발표 |
1169 |
Ericson Esc... |
Evolution of Disinfection By-products during Urine Electrolysis Ericson Escobedo
|
ELEC.O-4 |
구두발표 |
1453 |
Taemin Lee |
Selective Oxidation-induced Cu/C Catalysts for Efficient Acetate Production via Electrochemical CO Reduction Taemin Lee
|
ELEC.O-5 |
구두발표 |
1532 |
Vikram Singh |
Design of Naphthalene Diimide as Stable Negolyte in Neutral Aqueous Organic Redox Flow Batteries Vikram Singh
|
ELEC.O-6 |
구두발표 |
1873 |
Hyunwoo Kim |
Enhanced the selectivity of ethylene from electrocatalytic CO2RR by Cu2O catalyst with different crystal surfaces Hyunwoo Kim
|
ELEC.O-7 |
구두발표 |
1979 |
Hyeonmyeong Oh |
Efficient electron extraction from depolymerization of biomass with phosphomolybdic acid for hydrogen evolution Hyeonmyeong Oh
|
ELEC.O-8 |
구두발표 |
2010 |
Lemma Tesho... |
Defect-Rich Ultrathin NiCoFe Nanosheets for Efficient Oxygen Evolution Catalysts Lemma Teshome Tufa
|
ELEC.O-9 |
구두발표 |
2037 |
Hyeongkwon ... |
In situ monitoring interfacial kinetics of two immiscible liquid phases through single droplet electrochemistry Hyeongkwon Moon
|
ELEC.O-10 |
구두발표 |
2046 |
Heekyung Park |
Introduction of a New Electrochemical Detection Method using Re-collision Events of Attoliter Droplets Heekyung Park
|
ELEC.O-11 |
구두발표 |
2047 |
Goddati Mah... |
Field-driven Rugged Forest of 1D Ni-doped Au@FexOy Magnetoplasmonic Nanorods for Photoelectrochemical Catalyst Goddati Mahendra
|
ELEC.O-12 |
구두발표 |
2054 |
Dong-Joo Yoo |
Design of organic materials for post-lithium-ion batteries Dong-Joo Yoo
|
ELEC.O-13 |
구두발표 |
2334 |
Yongchul Kim |
Unveiling surface electronic descriptor for Fe-Co mixing enhanced stability and efficiency of perovskite oxygen evolution electrocatalysts Yongchul Kim
|
ELEC.O-14 |
구두발표 |