Gyutae Park

Ph.D. student, Atmospheric Environmental Science

 

Education: B.S. in Environmental Engineering, 2012, HOSEO University, Korea

 M.S. in Environmental Engineering, 2015, University Of Seoul, Korea

 

Tel.: +82-31-330-4534

E-Mail: gt303@naver.com

Google scholar citation : Link

Research Interests

  • The measurement of the potential secondary aerosol formation from emissions of a gasoline and diesel vehicles using High Resolution Time of Flight Aerosol Mass Spectrometer (HR-ToF-AMS) coupled with Potential Aerosol Mass (PAM)

Taehyun Park

Ph.D. student, Environmental Science

 

Education: B.S. in Environmental Science, 2015, HUFS, Korea

 

Tel.: +82-31-330-4534

E-Mailtaehyun_park@naver.com

Research Interests

  • Aircraft-based aerosol composition measurements using High Resolution Time of Flight Aerosol Mass Spectrometer (HR-ToF-AMS)

  • Measurements of Aerosol Chemical Composition using High Resolution Time of Flight Aerosol Mass Spectrometer (HR-ToF-AMS)

  • Development of a semi-continuous method and instruments for the measurements of Aerosol Chemical Composition

Seokwon Kang

Ph.D. student, Atmospheric Environmental Science

 

Education: B.S. in Environmental Science, 2016, HUFS, Korea

                M.S. in Environmental Science, 2019, HUFS, Korea

 

Tel.: +82-31-330-4534

E-Mail: gang0701@gmail.com

Research Interests

  • Semi-continuous measurement and characteristics of water-soluble organic carbon and ions of PM2.5 aerosol using Particle Into Liquid System (PILS) coupled with Total Organic Carbon (TOC) and Ion Chromatography (IC)

Ji Hee Ban

Ph.D. student, Atmospheric Environmental Science

 

Education: B.S. in Environmental Science, 2017, HUFS, Korea

                M.S. in Environmental Science, 2019, HUFS, Korea

 

Tel.: +82-31-330-4534

E-Mailban@hufs.ac.kr

Research Interests

  • Semi-continuous measurement and characteristics of Volatile Organic Carbons (VOC) using Gas Chromatography coupled with Thermal Desorption (TD)

  • Development of a semi-continuous instrument for the measurements of Ambient H2O2

Kyung Hoon Kim

Ph.D. student, Atmospheric Environmental Science

 

Education: B.S. in Environmental Science, 2017, HUFS, Korea

Tel.: +82-31-330-4534

E-Mailkhkim159@hufs.ac.kr

Research Interests

  • A Study on BC Emission from Vehicles using Different Types of Fuel

  • Operations of Potential Aerosol Mass (PAM) Oxidation Flow Reactor and Ambient gas monitors (SO2, NOx, NH3, O3)

Si Young Choi

Master student, Atmospheric Environmental Science

Education: B.S. in Industrial Environmental Health, 2020, YONGIN University, Korea

Tel.: +82-31-330-4534

E-Mail: swing0128@gmail.com

Research Interests

Rahul Singh

Master student, Atmospheric Environmental Science

 

Education: B.S. in Homeopathic Medicine & Surgery, 2017, Jiwaji University, Gwalior, India

 

Tel.: +82-31-330-4534

E-Mail: korsrahul@gmail.com

Dong-gil Yu

Ph.D. student, Environmental Science

 

Education: B.S. in Environmental Science, 2001, HUFS, Korea

   M.S. in Environmental Science, 2003, HUFS, Korea

 

Tel.: +82-2-380-0462

E-Mail: envigreen@keiti.re.kr

Myeongbok Kim

Master student, Atmospheric Environmental Science

 

Education: B.S. in Chemical Engineering, 1998, Dongguk University, Korea

   

Tel.: +82-32-227-0033

E-Mail: gvsfilter@gmail.com

Youngkun Yoon

Master student, Atmospheric Environmental Science

 

Education: B.S. in advanced material chemistry, 2014, Korea University, Korea

   

Tel.: +82-32-219-7700

E-Mail: yoonyounggun@gamil.com