Development Analysis

Location:

Seoul, South Korea

Posted:

August 20, 2013

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Resume:

Yurim Do

(Former name Leejoo Do, changed May **, 2008)

***-**** ******* ***, ******-2-dong Seo-gu

Daejeon, 302-777, South KOREA

Mobile (82-10-915*-****

********@*******.***

Professional Objective

R&D (GC, GC-MS, Analytical Chemistry, Environmental Chemistry)

Qualification Highlights

21 years of analytical research experience in GC-MS, Pyrolysis-GC, and gas

chromatography equipped with many detectors (SCD, TCD, AED, FID), including 5 years of

physico-chemical research on gas chromatography for NASA-ESA Cassini-Huygens mission

(Paris VII Univ.)

Chemical analysis of malodorous substances of diesel exhaust gas using Aerotrap-GC-MS,

and analyses of impurities for the troubleshooting of petrochemical processes (HR-MS, Pyr-GC-

MS, GC-MS, Aerotrap-GC-MS)

Determination method setup of sulfur compounds (odorants) in LPG and LNG by GC-SCD,

and recognition acquisition of KOLAS

Built the external cooperative relations with international and domestic Li-ion battery material

suppliers as material development group leader

8 years of experience of analysis/interpretation on the cause of the degradation of Li-ion

battery (high temperature storage life, cycling life) XPS, FE-SEM/EDS, AES, ICP, FT-IR, etc.

Languages: English, French, Korean, and Chinese

Professional Experience

Jul. 1995 – Present Principal Research Scientist

SK innovation Co., Ltd., Global Technology, South KOREA

http://eng.skinnovation.com/

Analysis Lab, Apr. 2013 – Present

Outgassing analysis research: gas analysis method setup TD (Purge & Trap)-GC-MSD

Gas analyses of battery manufacturing process and the abuse test GC-MS/-TCD/-FID, FT-IR

Pyrolysis research: analysis of Polymer product and LiB binders Py-GC-MSD

Surface analyzing method research XPS, FIB-TEM

Cell Development: Cell Material Development Group, Feb. 2005 – Mar. 2013

Battery materials sourcing, evaluation, analyses

Built the external cooperative relations with battery material suppliers (international and

domestic)

Establishment of material development road map and strategy

Setting up the specifications of battery main materials

Analysis on the cause of the degradation of Li-ion battery (high temperature storage life, cycling

life) XPS, FE-SEM/EDS, AES, ICP, FT-IR, etc.

Gas Analyses of the formation process and the abuse test GC-MS/-TCD/-FID

CNT, DPF, VOC (Volatile Organic Compound), and Fuel Cell project, Jan. 2001 – Jan.

2005

Development and application of CNT (Carbon nanotube)

Synthesis and purification of CNT

Analysis of CNT (SWNT & MWNT) – TEM, TGA

R&D of C-DPF (catalyzed diesel particulate filter)

Development of catalyzed system for VOC elimination of a wet printer (co-work with Samsung

Electronics)

º Analysis of VOC induced by a wet printer GC-MS

Production and development of PEMFC stack

R&D of PEMFC power station

Analytical Research Lab – Chemical Analyses – GC-MSD/-FID/-TCD/-SCD/-AED,

Jul. 1995 – Dec. 2000

Chemical analyses of additives/components of petrochemical and polymeric products, organic

solvents - GC/GC-MS, Pyr-GC-MS, GC-SIMDIS, GC-AED, etc.

º Analysis of malodorous substances of diesel exhaust gas (Aerotrap-GC-MS)

º Determination of sulfur compounds (odorants) in gaseous fuel by GC-SCD/recognition

acquisition of KOLAS (Korean Laboratory Accreditation Scheme)

º Analyses of impurities for the troubleshooting of petrochemical processes (HR-MS, Pyr-GC-MS,

GC-MS, Aerotrap-GC-MS)

Lecturer at Catholic University (Environmental Chemistry), South Korea,

Sep. 1993 – Feb. 1994 and Sep. 1994 – Feb. 1995

Education

Oct. 1989 – Mar. 1993 Université de Paris VII, France Ph.D.

Chemistry of Atmospheric Pollution and Graduated with very

Environmental Physics* honorable grade

Sep. 1988 – Sep. 1989 Université de Paris VII, France M.Sc.

Chemistry of Atmospheric Pollution and

Environmental Physics

Mar. 1981 – Feb. 1985 Catholic University, Korea B.Sc.

Chemistry Graduated at the top of

Chemistry department

* Doctoral advisor: Professor François RAULIN (LISA, Univ. Paris XII and Univ. Paris VII)

Publications and Patents

Dissertation: GC Analysis of gaseous model mixture of Titan atmosphere: Applications to

Cassini-Huygens mission, March 1993

Thesis: Analysis of hydrocarbons and nitriles by GC, October 1989

8 Articles:

Determination of Sulfur Compounds in Gaseous Fuel by Gas Chromatography-Sulfur

Chemiluminescence Detection, J. Korean Chemical Society, Vol. 43, No. 5, 517-521, 1999.

Gas chromatography of Titan's atmosphere: IV. Analysis of permanent gases in the presence of

hydrocarbons and nitriles with a Molsieve PLOT capillary column, J. Chromatography, Vol. 639,

255-259, 1993

Gas Chromatography in Space LC-GC, Vol. 5 (7), 22-31, 1992

Gas Chromatography and Pyrolysis-GC with Capillary Columns : Application to the In Situ

Analysis of Titan’s Atmosphere, ESA Special Publication – 338, 333-337, 1992

Titan and Exobiological Aspects of the Cassini-Huygens Mission, J. the British Interplanetary

Society, Vol. 45, 257-271, 1992

Gas chromatography of Titan’s atmosphere: III. Analysis of low-molecular-weight hydrocarbons

and nitriles with a CP-Sil-5 CB WCOT capillary column, J. Chromatography, Vol. 591, 297-301,

1992

Gas chromatography of Titan’s atmosphere: II. Analysis of low molecular-weight-hydrocarbons

and nitriles with an Al2O3/KCl PLOT capillary column, J. Chromatography, Vol. 514, 65-69, 1990

Gas chromatography of Titan’s atmosphere: I. Analysis of low-molecular-weight hydrocarbons

and nitriles with a PoraPLOT Q porous polymer coated open tubular column, J.

Chromatography, Vol. 481, 45-54, 1989

8 Patents:

US12/602,882 Stacking Method of High Power Lithium Battery

US12/280,262 Safety apparatus using high power battery

US12/159,533 Cooling structure of lithium ion secondary battery system

KR2002-0011653 Thermal battery including carbon nanotube and using method for the same

KR2003-0080483 Air exhauster for wet type electro photographic office machine

PCT/KR11/06672 Positive electrode active material for a lithium secondary battery, and method

for preparing same

º PCT/KR11/06740 Positive electrode active material for a lithium secondary battery, method for

producing same, and lithium secondary battery comprising same

º PCT/KR11/07134 Positive electrode active material for a lithium secondary battery, method for

preparing same, and lithium secondary battery comprising same

Other Information

Languages: English, French, Korean, Chinese (intermediate)

Scholarship: The Korea Scholarship Foundation for the Future Leaders Scholar,

Mar. 1983 – Feb. 1985

Prize: President Award from Catholic University, Feb. 1985

I hereby declare upon my honor the above to be a correct statement.

Deajeon, August 20, 2013

Yurim Do

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