ScholarWorks@Gyeongsang National University: Park, Han Min

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Park, Han Min (박한민)

농업생명과학대학 (환경재료과학과)

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Tel 0557721865
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Green tea:9||Hybrid composite board:6||Wood fiber:6||Bending modulus of rupture(MOR):4||목재섬유:4||Bending modulus of elasticity (MOE):4||복합보드:4||Pinus densiflora:4||녹차:4||wood fiber:4||Crosslaminated woods:3||Pinus thunbergii:3||휨 강도:3||Saw dust:3||Pine wilt disease:3||Dynamic MOE:3||deflection:3||Thickness swelling:3||휨 탄성계수:3||Annual ring angle:2||박리율:2||density:2||Initial deformation:2||dynamic MOE.:2||Dimensional stability:2||Species:2||Creep deformation:2||MOE:2||MOR:2||hybrid laminated wood:2||impact hammer:2||치수안정성:2||Medium density fiberboard:2||Modulus of elasticity:2||톱밥:2||knot:2||Chamaecyparis obtusa:2||Trichoderma:2||modulus of elasticity:2||Charcoals:2||흑탄:2||흡수율:2||Urea resin:2||Absorption ratio:2||Nondestructive evaluation:2||Crosslaminated wood panels:2||Peeling ratio:2||resonance frequency:2||Antifungal activity:2||shear force:2||anisotropy:2||Concrete:2||utilization of damaged trees.:2||Hybrid board:2||Pseudotsuga menziesii:2||Hybrid laminated materials:2||compressive strength:2||Bending strength performances:2||Relative creep:2||동적탄성계수:2||동적탄성률:2||두께팽창률:2||Utilization of damaged trees:1||Volume:1||Waste papergrowing media:1||Water resistant immersion peeling:1||Wood:1||Wood Cultural Experience Center:1||Wood density:1||Wood flooring:1||Wood species:1||aluminum alloy:1||apparent MOE:1||bending strength:1||carbon fiber:1||chemical properties:1||coffeelike green tea (CLGT):1||cork:1||creep:1||creep deformation:1||crosslaminated wood panels:1||cytotoxicity:1||dynamic MOE:1||glass fiber:1||heat treatment:1||horticultural media:1||human cancer cells:1||hybrid composite board:1||hybrid laminated material:1||initial:1||initial deformation:1||internal bond:1||low temperature and vacuum:1||metal:1||mushroom metabolites:1||peat moss:1||pharmaceuticals:1||physical properties:1||poisonous mushroom:1||positioning strategy:1||roasted green tea leaves (RGT):1||roridin E.:1||shear modulus:1||slope surface:1||soil quality index:1||sound absorption property:1||status analysis:1||sugi wood:1||urea resin:1||wood sawdust:1||woodbased board:1||가문비나무:1||공진주파수:1||관내법:1||낙엽활엽수:1||도장처리재:1||두께팽윤율:1||미송:1||방사방향:1||백탄:1||비파괴평가:1||상관회귀:1||연륜경각:1||옹이재:1||요소수지:1||이팝나무:1||임팩트해머:1||접선방향:1||중밀도섬유판:1||직교형적층재:1||직교형적층패널:1||침지박리:1||코르크복합보드:1||편백:1||함수율:1||항균활성:1||활성탄:1||휨 강도성능:1||휨 진동:1||흡음율:1||Activated charcoal:1||Anisotropy:1||Base material:1||Bending MOE:1||Bending and compressive strength properties:1||Bending creep:1||Bending modulus of elasticity:1||Bending modulus of rupture:1||Bending strength properties:1||Black charcoal:1||Chinese cabbage:1||Chionanthus retusa:1||Cork composite board:1||Correlation regression:1||Creep compliance:1||CrossLaminated wood panels:1||Crosslaminated panel:1||Decay resistance:1||Deciduous broadleaved tree:1||Deflection:1||Density:1||Density dependence:1||Deodorization:1||Dynamic modulus of elasticity:1||Fine charcoal:1||Flexural vibration:1||Formaldehyde:1||Green tea leaves (GTL):1||Hardness:1||Hardwoods:1||Heattreated wood:1||Immersiontreated wood:1||Impedance tube method:1||Initial compliance:1||Internal bond strength:1||Larix kaempferi:1||Lespedeza bicolor:1||Modulus of rupture:1||Moisture content:1||Parallellaminated wood panels:1||Phyllostachys bambusoides:1||Phyllostachys nigra:1||Phyllostachys pubescen:1||Physical and mechanical properties:1||Podostroma cornudamae:1||Proportional limit stress:1||Pyroligneous liquor:1||Radial direction:1||Regression analyses:1||Shear force:1||Shear modulus:1||Softwoods:1||Sound absorption coefficient:1||Spruce:1||Spruce wood:1||Static bending strength performance:1||Surface painted wood:1||Swelling ratio:1||Tangential direction:1||Threeply laminated material beam:1||Trichoderma spp.:1||

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