Minjae Cho / Á¶¹ÎÀç (2019. 03~2022. 09) whrmrwo2000@unist.ac.kr Team battery LG Energy Solution Research interest: Li metal battery in terms of anode materials

Dong-Gyu Lee / À̵¿±Ô (2013. 03~2021. 05) easternstar@unist.ac.kr Team O2-Echem University of New South Wales Research interest: Electrocatalyst for oxygen reduction and oxygen evolution reaction

Jinhyeon Jeong / Á¤ÁøÇö (2018. 09~2021. 02) mnhytr4@gmail.com Team O2-EChem LG Energy Solution Research interest: Super-oxide dismutase mimics (SODm) for Li-O2 battery

Dohyong Kim / ±èµµÇü (2017. 03~) nachis1@unist.ac.kr Team Battery LG Energy Solution Research interest: polymer based binder materials for secondary batteries Sodium ion batteries

Yoon-Gyo Cho /  Á¶À±±³ (2013. 09~2019. 08) jyg227@gmail.com Team Battery LG Energy Solution Research interest: Eutectic electrolyte for cryogenic operation of lithium ion batteries | 1 | A multifunctional organogel electrolyte characterized by in situ gelation for lithium ion batteries | 1 | | 2 | | 3 |

Juchan Yang / ¾çÁÖÂù (2013. 11~2018. 08) juchana83@gmail.com Team O2-Echem Korea Institute of Materials Science Research interest: Next-generation rechargeable energy storage systems: metal-air battery & seawater battery Design of electrocatalysts for oxygen and hydrogen involving energy conversion reactions Carbon based metal free electrocatalyst The effect of strong metal-support interaction between Pt and carbon support materials

Minsoo Kim / ±è¹Î¼ö (2016. 03~2018. 08) bluemms@unist.ac.kr Ph.D. program at SNU Team Battery Research interest: suppression of Li dendrites using oxide nanoparticles detection and reversible use of Li plating on graphite anodes

Han-Saem Park/ ¹ÚÇÑ»ù (2011. 03~2018. 02) hanseam79@unist.ac.kr LG Energy Solution Team O2-EChem Research interest: metal oxide nanocluster as multi-functional electrocatalysts for hydrogen and oxygen electrochemistry | 1 | 2 | Graphene-doped conducting polymers for pseudocapacitance via a miscible interface Proofs of solvent-annealing-induced facile conduction of charge carriers in PEDOT doped with PSS and using its properties as Li-ion binders | 1 | 2 | Catalytic effects of metal in olivine cathode materials on carbonization

Hyun Kuk Noh / ³ëÇö±¹ (2012. 12~2017. 04) hknoh21@gmail.com Team Battery Research interest: Develoment of energy-related materials (Batteries, Solar cells, Fuel cells, and etc)

Yoo-Seok Kwon / ±ÇÀ¯¼® (2014. 03~2016. 12) theyooseok@unist.ac.kr LG Electronics Team O2-Echem Research interest: Bimetallic nanostructure with high catalytic activity for PEM fuel cell

Younghoon Ko/ °í¿µÈÆ (2010. 03~2015. 06) yhsome@unist.ac.kr Samsung SDI Team Next generation Research interest: Electrochemical reaction study for the impedance spectroscopy Zinc oxidation in dilute alkaline solutions studied by real-time electrochemical impedance spectroscopy A novel method for corrosion reaction analysis by fourier transform electrochemical impedance spectroscopy: Corrosion of 9Cr-1 Mo ferritic steel in 0.050 M H2SO4 Programming galvanostatic rates for fast-charging lithium ion batteries: a graphite case

Minsun Kang/  °­¹Î¼± (2013. 03~2015. 06) minsun1504@gmail.com Team Next generation AMOGREENTECH Research interest: Organic electroactive materials for lithium ion batteries

Tae-Hee Kim/ ±èÅÂÈñ (2010. 03~2015. 06) Google Scholar tryan0103@gmail.com Team Battery Korea Institute of Energy Research Research interest: Restricted Growth of LiMnPO4 Nanoparticles Evolved from a Precursor Seed Hollow Versus Nonhollow: The Electrochemical Preference in a Case Study of The Conversion Reaction of Fe3O4 Enlarging d-spacing of graphite and polarizing its surface charge for driving lithium ions fast Preparation of Co3O4 electrode materials with different microstructures via pseudomorphic conversion of Co-based metal-organic frameworks General Approach for High-Power Li-Ion Batteries: Multiscale Lithographic Patterning of Electrodes

V. S. Dilimon (2012. 11~2015. 05) dilimonvs@gmail.com Team O2-EChem Research interest: Electrode reaction mechanism; Metal-air batteries; Electrocatalysis; Self-assembled monolayer; Corrosion

Jieun Kim/ ±èÁöÀº (2012. 03~2015. 02) jieunk0920@gmail.com Jeju Air Team Next generation Research interest: Organic electroactive materials for lithium ion batteries An inter-tangled network of redox-active and conducting polymers as a cathode for ultrafast rechargeable batteries

Young-Soo Kim/ ±è¿µ¼ö (2009. 03~2015. 02) s-bogus@unist.ac.kr Samsung Advanced Institute of Technology Team Battery Research interest: Viscous ionomers as the fourth phase of electrolyte Dependency of thermal stability of Li ion batteries on surface coverage of nitrile additives on a cathode Electronegativity-induced enhancement of thermal stability by succinonitrile as an additive for Li ion batteries

Jeong-Seok Park/ ¹ÚÁ¤¼® (2011. 03~2013. 02) lazu0224@gmail.com LG Energy Solution Team Battery Research interest: Dimensional effects of lithium intercalation length on kinetics of lithium ion batteries Edge-tethered graphite as an anode material of lithium ion batteries

Ok Kyung Park/ ¹Ú¿Á°æ (2011. 03~2011. 11 ) pok9813@unist.ac.kr Research interest: Graphene-doped conducting polymers Polymer-based redox-active batteries or supercapacitors

Viswanathan S. Saji, Ph.D. (2009. 11~) Ph.D., Physical Chemistry/Corrosion Science, Dept.of Chemistry University of Kerala, India, India 2003 Research interest: -Surface-bound polymerization of dyes for dye sensitized solar cells -Nanorods and nanotubes of cathode materials for lithium ion batteries by using anodized aluminum oxide template

Ryeo yun Hwang/ Ȳ·ÁÀ± (2009. 09~2010. 12) ilyun@unist.ac.kr KBSI Research interest: -Incorporation of functional dopants into conducting polymers -Conducting-polymer-based rechargeable batteries -Electrochromic devices based on conducting polymers