저자의 연구 키워드

저자의 연구 키워드

#고배율 발포(High magnification foaming)

#발포 사출

#비드(Bead)

#셀 형상

#압력 강하율

#압력강하율(Pressure drop rate)

#압출(Extrusion)

#핵생성다이(Nucleation die)

#Amorphous Material

#Axiomatic Design Process

#Axiomatic Design(공리적 설계)

#batch process(일괄처리공정)

#Blowing Agents(발포제)

#Cell morphology

#Cell morphology(셀 형상)

#Cell Morphology(셀형상)

#Cell size(셀 크기)

#Closed system(닫힌계)

#Creativity

#Crystallinity

#Design Parameter(설계요소)

#dielectric constant

#Differential pressure(차압)

#Diffused reflectivity

#foaming property

#Foaming Rate(발포율)

#Foaming(발포)

#Functional Requirement(기능 요구사항)

#Gas cocktail(혼합 가스)

#gas cocktail(혼합가스)

#Glass Bubble(글래스 버블)

#HAP

#helium(헬륨)

#injection molding(사출)

#LCD Reflector

#MCPs (Micro Cellular Plastics)

#MCPs(Micro cellular foamed plastics)

#Microcellular foam

#Microcellular foamed plastics

#Microcellular foaming injection molding

#Microcellular foaming injection molding process(초미세 사출 발포 공정)

#Microcellular foaming plastics(초미세발포 플라스틱)

#Microcellular Foaming Process

#Microcellular foaming process(초미세 발포 공법)

#Microcellular Foaming process(초미세 발포 공정)

#Microcellular foaming(초미세 발포)

#Microcellular foaming(초미세발포)

#Microcellular forming process

#microcellular injection molding

#Open time(개폐시간)

#Originality

#polymer film

#Polymer(고분자)

#Polypropylene

#Pressure drop rate(압력 강하율)

#previous history

#Reflectivity

#Reflector

#Re-foaming

#Rice Bran

#Solubility(용해도)

#Solulbility(용해도)

#Sound absorption(음향흡수)

#Sound reflection(음향반사)

#Sound transmision loss(음향투과손실)

#surface improvement

#TiO₂

#Utility

#valve gate(핵 생성장치)

#Weight gain

#Weight gain(무게 증가양)