凯发_SangOuk Kim

Speaker-SangOuk Kim

SangOuk Kim
Korea Advanced Institute of Science and Technology

Kim, Sang Ouk, KAIST Chair Professor

Research Fields

 Directed Molecular Assembly of Soft Nanomaterials

 Directed Self-Assembly of Block Copolymers

 Nanoscale Assembly& Chemical Modification of Carbon Nanotubes and Graphene

 Nanomaterials & Devices for Energy Storage & Conversion

Professional Carriers

 Director, Graphene Oxide Liquid Crystalline Fiber Center 2016 - present

 Director, National Creative Research Initiative Center for Multi-Dimensional Directed Nanoscale Assembly 2015 - present

 KAIST Designated Chair Professor 2014 - present

 Group Leader, Center for Nanomaterials and Chemical Reactions, Institute for Basic Science (IBS) 2012 - 2015

 Full Professor, Materials Science & Engineering, KAIST 2012 - present

 Associate Professor, Materials Science & Engineering, KAIST 2007 -2012

 Assistant Professor , Materials Science & Engineering, KAIST 2004 -2007

 Postdoctoral Research Associate, University of Wisconsin-Madison 2004 - 2004

 Senior Consultant, Samsung SDS CO. LTD. 2003 - 2004

 Postdoctoral Research Associate, University of Wisconsin-Madison 2001- 2002

 Postdoctoral Research Associate, KAIST 2000-2001

Educational Background

 Ph.D., Chemical Engineering, KAIST 1996 - 2000

 M.S., Chemical Engineering, KAIST 1994 - 1996

 B. S., Chemical Engineering, KAIST 1990 - 1994

Professional Associations and Activities

 Scientific Advisory Board Member: Small Methods (Wiley) 2016 – present

 Advisory Board Member: Molecular System Design & Engineering (Royal Society of Chemistry) 2016 – present

 Editorial Board Member: ACS Applied Materials & Interfaces (America Chemical Society) 2015- present

 Editorial Board Member: Energy Storage Materials (Elsevier) 2015- present

 Editorial Board Member: Nano Convergence (Springer) 2013 - present

 Editorial Board Member: Electronic Materials Letters (Springer) 2013 - present

 Executive Editorial Board Member: Particle & Particle Systems Characterization (Wiley)

2012 - present

 Editorial Board Member: Nano Communications (American Scientific Publisher) 2012- present

 Editorial Board Member: Carbon Letters (Korean Carbon Society) 2011- present

 Editorial Board Member: Macromolecular Research (Springer) 2010 - present

 Editorial Board Member: Polymer (The Polymer Society of Korea) 2008 - 2009

 Editorial Board Member: Polymer Science and Technology (The Polymer Society of Korea) 2007 - 2008

 Lifetime Member: The Korea Institute of Metals and Materials 2015 - present

 Borad of Governors (Director): The Korea Institute of Metals and Materials 2014 - present

 Member: American Chemical Society (USA) 2011 - present

 Associate Member:The Korea Academy of Science and Technology (KAST)

2009 - present

 Lifetime &Councilor Member: The Polymer Society of Korea 2010 - present

 Lifetime Member: Korean Chemical Society 2009- present

 Member: Materials Research Society (USA) 2008 - present

Professional Awards and Honors

 2016 Excellent Lecture Award (Seoul National University Nano IP Enterprise Program)

 2015POSCO Academic Award(The Korean Institute of Metals and Materials)

 2015 Grand Prize for Academic Excellence (KAIST)

 2014 NanoKorea 2014 Research Innovation Award (Prime Minister Award)

 2014 ‘Scientist-of-the-Month’Award (MSIP)

 2014 KAIST Designated Chair Professor (KAIST)

 2013 100 Frontier Technologies for 2020 Korean Industry (National Academy Engineers of Korea)

 2013 National Science & Technology Council Committee Member

 2012 Young Scientist Award (The Korean Institute of Metals and Materials)

 2012 100 Future Leaders in Korea (Dong-A daily news paper)

 2011 The Distinguished Lectureship Award (The Chemical Society of Japan)

 2011 100 Future Leaders in Korea (Dong-A daily news paper)

 2010 13th Young Scientist Awards (Presidential Award, Korean Government)

 2010 National Excellent Research & Development Achievements (MEST)

 2010 Academic Excellence Award (KAIST)

 2010 Invited Lecturer of Asian Excellence, The Society of Polymer Science, Japan.

 2009 Technology Innovation Award (College of Engineering, KAIST)

 2009 Academic Advancement Award (Polymer Subdivision, Korean Chemical Society)

 2009 Research Innovation Grand Award (NanoKorea2009, MEST)

 2009 National Excellent Research & Development Achievements (MEST)

 2008 Young Scientist Award (The Polymer Society of Korea/Wiley & Blackwell)

 2008 National Excellent Research & Development Achievements (KRF)

 2007 National ExcellentResearch & Development Achievements (MEST)

 2007 National Excellent Research & Development Achievements (KRF)

 2006 Young Scientist Lecture Award (The Society of Polymer Science, Japan)

 2005 Inventor Recognition Award (Semiconductor Research Corp., USA)

Title：Nanoscale Assembly & Chemical Modification of Graphene Based Nanomaterials

SymposiumB13 Catalyst

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Abstract

Carbon nanotubes and graphene attract enormous research attention for their outstanding material properties along with molecular scale dimension. Optimized utilization of the graphene based materials in various application fields inevitably requires the subtle controllability of their structures and properties. In this presentation, our recent research works associated to nanoscale assembly and chemical modification of graphene based nanomaterials will be presented [1, 2]. Carbon nanotubes and graphene can be efficiently assembled into various three-dimensional structures via self-assembly principles. The resultant carbon assembled structures with extremely large surface and high electro-conductivity are potentially useful for catalysis, energy storage and so on. Aqueous dispersion of graphene oxide shows liquid crystalline phase, whose spontaneous molecular ordering is useful for display, fiber spinning, membrane and so on [3, 4]. In addition, the substitutional doping of graphitic carbon with B- or N- was achieved via pre- or post-synthetic treatment. The resultant chemically modified graphene based nanostructures with tunable workfunction and remarkably enhanced surface activity could be employed for organic solar cells, nanocomposites and dopant specific unzipping process for improved functionalities and device performances [5, 6].