ScholarWorks@Dongguk University: Kang, Kyu young

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Kang, Kyu young (강규영)

College of Life Science and Biotechnology (Department of Biological and Environmental Science)

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Cellulose:5||Enzymatic saccharification:3||Aerogel:3||Cellulose degradation:2||REDD+:2||Lignocellulosic biomass:2||Degree of polymerization:2||Hydrolysis:2||TFIDF:2||Microstructure:2||탄소중립:2||KCGS:2||Cellulase:2||Alkaline pretreatment:2||Supercritical CO2 drying:2||BrunauerEmmettTeller (BET):2||Larix kaempferi:2||Wood fibers:2||Cellulose aerogel:1||Cellulose hydrolysis and oxidation:1||Certification:1||Compact Energy Consumption:1||Crystalline silicon:1||Customer Satisfaction:1||Data reliability:1||Delignification rate:1||Douglasfir:1||ESG management:1||ESG 경영:1||Economic feasibility:1||Efficiency:1||Energy Saving:1||Enzymatic hydrolysis:1||Fiber analysis:1||Financial performance:1||Fluorescence labeling:1||Forest Outing e:1||Forest carbon sink:1||Freezedrying:1||Fuel switching:1||GHG:1||GHG reduction effectiveness:1||Gel permeation chromatography:1||Glucose yield:1||Gwanhhwamun Candlelit Vigil:1||HPLC:1||Hemicellulase:1||Hydrophobicity:1||JCDM:1||KS Certification:1||KS인증:1||KVER:1||Kraft lignin:1||Lignin composition:1||Lipidextracted residue:1||MAPK:1||Microdestructive analysis:1||Microwave irradiation:1||Minimally invasive evaluation:1||Module:1||Moisture content:1||Multiangle laser light scattering:1||Near infrared spectroscopy:1||Network structure:1||Neutral sugars:1||New and Renewable Energy Equipment:1||Optimization:1||Organosolv lignin:1||Organosolv pretreatment:1||Paper cultural heritage:1||Paper permanence:1||Partial least squares regression:1||Peracetic acid pretreatment:1||Performance of Firms:1||Pitch pine:1||Populus:1||Quality Improvement:1||Quercus mongolica:1||RFS (Renewable Fuel Standards):1||Response surface methodology (RSM):1||Saccharification:1||Sawdust:1||Silanization:1||Smart Forest Disaster:1||Sodium carbonate and calcium hydroxide:1||Solar cell:1||Sonication:1||Surfactant:1||Trichoderma harzianum:1||Watersoluble carbohydrate:1||Wood pellet:1||adipogenesis:1||antiobesity:1||biodiesel:1||black yeasts:1||calcium thiocyanate:1||carbon neutral:1||carbon neutrality:1||cellulose:1||cellulose aerogel:1||cellulose hydrolysis:1||cellulose oxidation:1||climate change:1||critical point drying:1||crystallinity:1||ferulate 5hydroxylase:1||forest application:1||forest carbon sink:1||forest fire:1||forest law:1||guaiacyl:1||hemicelluloses:1||hornification:1||lignin:1||lipolysis:1||microfibril angle:1||monosaccharides:1||pore size distribution:1||pretreated cellulosic biomass:1||renewable energy:1||scanning electron microscopy (SEM):1||sesamol:1||size exclusion chromatographymultiangle light scattering system (SECMALS):1||softrot:1||sugars:1||surface area:1||sustainability:1||syringyl:1||tension wood:1||text mining:1||결정질 실리콘:1||고객만족:1||광화문 촛불집회:1||기업성과:1||기후변화:1||모듈:1||모여살기:1||산림 애플리케이션:1||산림 탄소흡수원:1||산림법:1||산림탄소흡수원:1||산불:1||숲나들e:1||스마트 산림재난:1||신재생에너지설비:1||에너지 절약:1||인증:1||재무성과:1||콤팩트 에너지 소비:1||태양전지:1||텍스트마이닝:1||품질향상:1||행태 변화:1||AMPK:1||효율:1||Absolute molecular weight:1||Acid hydrolysis:1||Agricultural residue:1||Artificial aging:1||Aureobasidium:1||BET surface area:1||Beeswax:1||Behavioral Change:1||Bioaccessibility:1||Bioethanol:1||CO2:1||Carbon aerogel:1||Carbon neutral:1||Cationic polymer:1||Cell disruption:1||Cellooligosaccharides:1||Cellulolytic enzyme:1||

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