홍세흠 사진

홍세흠 | 공과대학 고분자시스템공학부

  • 직급:
    강의전담조교수

학력

  • [1985] 학사 숭실대학교 / 화학공학 / 화학공학
  • [1988] 석사 숭실대학교 / 화학공학 / 유동학
  • [1999] 박사 숭실대학교 / 공학대학 화학공학과 / 에멀젼

주요경력

  • (주)서통 (1990-12-31)
  • 호원대학교 (1994-08-22)
  • 충청대학교 (1999-03-02)
  • 신안산대학교 (2004-03-01)
  • 단국대학교 (2014-03-01)
  • 숭실대학교중소기업대학원 (2006-03-02)
  • 숭실대학교 대학원 (2007-03-02)
  • 이화여자대학교대학원 (2007-09-01)
  • 이화여자대학교 (2009-09-01)
  • 숭실대학교 (1995-03-01)

연구업적

  • 일반논문[20240814] Preparation of Cosmeceuticals Containing Scutellaria baicalensis Extracts: Optimization of Emulsion Stability and Antibacterial Property
  • 일반논문[20230610] Emulsification of O/W Emulsion Using Natural Mixed Emulsifiers: Optimization of Emulsion Stability Using Central Composite Design-Reponse Surface Methodology
  • 일반논문[20230410] Optimization of O/W Emulsion with Natural Surfactant Extracted from Medicago sativa L. using CCD-RSM
  • 일반논문[20220610] Extraction of Natural Emulsifier from Medicago sativa L. and Sapindus saponaria L.: Optimization using CCD-RSM
  • 일반논문[20211013] Emulsification and Stability of Wheat Germ Oil in Water Emulsions: Optimization using CCD-RSM
  • 일반논문[20210210] Optimization for decolorization and uv-absorbility of refined sea buckthorn oil using ccd-rsm
  • 일반논문[20190915] Surface Modified Glass-Fiber Effect on the Mechanical Properties of Glass-Fiber Reinforced Polypropylene Composites
  • 일반논문[20190801] Evaluation of coconut oil-based emulsion stability using tween-span type nonionic mixed surfactant
  • 일반논문[20190331] Chemical Structure Effect of Diisocyanate on the Coating Performance of Polyurethane-based Gel-coats
  • 일반논문[20181210] Preparation of cosmeceuticals containing Broussonetia kazinoki extracts: Optimization using central composite design method
  • 일반논문[20171010] Optimization of waste cooking oil-Based biodiesel production process using central composite design model
  • 일반논문[20170630] Preparation of Solventless UV Curable Thermally Conductive Pressure Sensitive Adhesives and Their Adhesion Performance
  • 일반논문[20160925] Preparation and Adhesion Performance of Transparent Acrylic Pressure Sensitive Adhesives Containing Biomass-derived Menthol Moiety
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