Yuju Jeon/ ÀüÀ¯ÁÖ (2014. 03~2022.09) ujblue1001@unist.ac.kr Team Battery Post Doc of University of California, San Diego Research interest: Lithium (Li) metal surface stabilization and Li dendrite suppression in lithium metal batteries (LMBs) by using 1. carbon nitride (C3N4) coating layers inducing homogeneous lithium nucleation 2. copper oxide (Cu2O) layer providing Li2O contained stable solid electrolyte interface (SEI) layer A Lithium-ion battery using partially lithiated graphite anode and amphi-redox LiMn2O4 Cathode

Chihyun Hwang/  È²Ä¡Çö (2012. 09~2022. 08) chhwang@unist.ac.kr Team Next generation Korea electronics technology institute Research interest: Carbon based energy storage   3D-interconnected Architectures of 1D-nanowires for energy storage  | 1 | Binder of Silicon anode materials for Lithium Ion Batteries | 1 | 2 | 3 | Characterizing silicon anode materials in Lithium Ion Batteries | 1 | 2 |

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