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#접착기술#에폭시접착제#AdhesionNote#접착기술노트#개발노트#물성분석#소재개발#TG#에폭시불량#에폭시개질#접착력#난연#필러#DMA#적외선분광법#PeelTest#Toughener#유리전이온도#취성#FTIR#점도#Rheometer#에폭시보관조건#1액형에폭시#PeelStrength#잠재성경화제#가교밀도#경화반응#ParticleSize#입자크기#상분리#내습시험#접착불량#가교반응#계면박리#계면접착#열전도접착제#저온경화#CTBN#신뢰성평가#경화제#백화#에폭시#TMA#DSC#표면에너지#접착계면#접착층#초기접착불량#COPeak#OHPeak#에폭시Peak#FTIRy축#FTIRx축#FTIRPeak#각형필러#구형필러#입자형상#보관안정성#ShelfLife#인계난연제#HalogenFree#인산에스테르#탄화층#첨가형난연제#인계에폭시#브롬계에폭시#난연에폭시#난연평가#VTM-0#V-0#ParticleSizeDistribution#에폭시해동공정#에폭시냉장보관#필러분산#AmineBlush#Stick-SlipForce#PeelForceCurve#ShearThining#전단탄성률#G''#G'#E''#E'#손실탄성률#피착재#최적함량#PostCure#후경화#85/85#ThermalShock.#Bondline#180°Peel#90°Peel#ShearTest#PullTest#공정조건모사#에폭시설계#Trimodal#충진율#보강필러#Peel향상#페놀노볼락계경화제#산무수물계경화제#아민계경화제#경화제선정#에폭시선정#Crosslinking#가교구조#접착메카니즘#평균입도#질화알루미늄#85/85평가#에폭시배합비#GelTime#GelPoint#Viscoelasticity#LossFactor#저장탄성률#TanDelta#LossModulus#StorageModulus#경화도#에폭시경화#경화시스템#Wetting#CoreShellRubber#XNBR#BN필러#CoreShell#손실계수#적린#질화붕소#열충격#수분흡수#분석기기#점탄성#전기전도#Al2O3#brittle#응력집중#eew#Bimodal#방열소재#Epoxy#열전도#CRAZE#신뢰성시험#분자구조#ATH#열충격시험#충진재#hast#알루미나#난연성#열관리#촉매#응집력#cte#PCT#ul#Ain#표면처리#char#psd#flow#Crack#열#D50#압력