ScholarWorks@Soongsil University: Kwark, Young Je

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Kwark, Young Je (곽영제)

College of Engineering (Department of Organic Materials and Fiber Engineering)

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Silsesquiazane:5||silsesquiazane:4||electrospinning:3||Eu3+:3||transparency:3||LED encapsulant:3||Silicon carbonitride:3||Electrospinning:2||Polysilazane:2||and this trend is expected to continue into the futu:2||polysilazane:2||RAFT:2||atom transfer radical polymerization:2||hardness:2||POSS:2||extreme ultraviolet lithography:2||nanocomposites:2||Itaconic acid:2||photolithography:2||Osteoblast:2||poly(vinyl pyrrolidone):2||ring opening metathesis polymerization1. IntroductionOver the past 30 years the market for semiconductors has grown explosively:2||Selfassembly:2||Preceramic polymer:2||silver nanoparticle:2||polynorbornenes:2||solventfree process:2||Codoping:1||Conductive ceramic:1||Conjugated microporous polymers:1||Covalent selfassembly:1||Crosslinking degree:1||Cs ions:1||CuGaSe2 film:1||Durability evaluation:1||EUV lithography:1||Electrospun fibers:1||Ethylenediaminetetraacetic acid:1||Eu2+:1||Flexible flowfield plates:1||Foldable fuel cell:1||Formulation:1||Freeze casting:1||Graft copolymer:1||Guar gum:1||H2:1||HER:1||Hierarchically porous structure:1||Hydrogen bonding:1||Hydrolytic stability:1||ILTEM:1||Interfacial knoevenagel condensation:1||Inverse suspension polymerization:1||KBPO4:1||Kinetic:1||Layer shrinkage:1||Lithium ion battery:1||Lithium ion conductivity:1||MALDITOF:1||MWNT:1||Magnetoceramic:1||Mesoporous silica nanofiber:1||Miscibility:1||Morphology:1||N,N &apos:1||Nisopropyl acrylamide:1||Nanopatterned surface:1||Nanoscale:1||Nanocomposite:1||Nanopost:1||Nonsolventinduced phase separation:1||O2annealing:1||Open cathodic structure:1||Optical property:1||Oxygen vacancy:1||PEObPAN block copolymer:1||PET:1||Parasitic phase:1||Photocatalyst:1||Photoinitiation:1||Photopolymerization kinetics:1||Poly(Nisopropylaciylamide):1||Poly(Nvinyl pyrrolidone):1||Poly(acrylic acid):1||Polyethyleneimine:1||Polymer blends and alloys:1||Polymer electrolyte membrane fuel cell:1||Polymerderived ceramics:1||Polytetrafluoroethylene:1||Porous PAN nanofibers:1||Porous nanofiber:1||Porous polyacrylonitrile nanofibers:1||Potassium bromate:1||Prepolymers:1||Prussian blue:1||Radioactive Co60 adsorbent:1||Red phosphor:1||Rod:1||SERS:1||Silicon carbonitride (SiCN):1||Site dependence:1||Sm3+:1||Solubility:1||Soluble polyimide:1||Sphere:1||SrHfO3:1||Strontium ion:1||Superabsorbent polymer:1||Superhydrophobic:1||Swelling:1||Swelling kinetics:1||Tacticity:1||Thermal stability:1||Thermoreversible:1||Thiourea:1||Tissue engineering:1||Transparent conducting substrate:1||UVcrosslinkable liquid prepolymers:1||UVcured films:1||Visiblelightdriven photocatalysis:1||Washing solvent:1||Wrinkle formation:1||Wrinkle variations:1||Yellow index:1||acrylate copolymer:1||alginate:1||amorphous precursor:1||antibacterial activity:1||blend:1||block copolymer:1||branched polymer:1||calcium carbonate:1||cancer:1||catalyst:1||cationic polymer:1||cellulose:1||chemical resistance:1||click chemistry:1||colorless and transparent copolyimide:1||compounding:1||contact angle:1||continuous meltspinning:1||controlled radical polymerization:1||controlled radical polymerization (CRP):1||coreshell structure:1||coulombic interaction:1||crosslinked shell layer:1||crystallization:1||deboronation:1||diagnosis:1||discharge capacity:1||dispersion:1||docetaxel:1||double layers:1||durability:1||electrocatalyst:1||enhanced permeability and retention:1||fibers:1||film:1||flexible topgate OFETs:1||freeze casting:1||fructose:1||gate dielectric:1||glucose:1||helical polymer:1||hierarchically porous structure:1||hollow nanoparticle:1||hybrid dielectrics:1||hybrid materials:1||iniferter:1||inorganic nanofiber:1||lignosulfonate (SLS):1||liquid prepolymers:1||lithium ion battery:1||living polymerization:1||low k:1||micelle:1||miscibility:1||nanocomposite:1||nanocrystal:1||nanohybrid:1||negativetone patterning:1||nickel:1||nonfluorinated:1||organic fieldeffect transistors:1||organoclay:1||organosilicon:1||pentacene:1||photopatternable:1||photoiniferter:1||photoinitiators:1||photopatternable:1||photopolymerization:1||photopolymerization kinetics:1||poly(ethylene naphthalate):1||poly(trimethylene terephthalate):1||polyelectrolyte complex:1||polyimide:1||polyisocyanide:1||polymer additive:1||polypropylene:1||polysilane:1||polysilanes:1||polysiloxane:1||polytetrafluoroethylene modification:1||porous ceramic:1||preceramic polymer:1||preceramic polymers:1||processing:1||protectiondeprotection chemistry:1||redox initiation:1||reversible addition fragmentation chain transfer (RAFT):1||silica nanofiber:1||silica nanofibers:1||silica nanoparticles:1||silicon carbonitride:1||silicon gel:1||siliconcontaining polymer:1||silsesquiazanes:1||silsesquioxane:1||solgel chemistry:1||superabsorbent:1||surface initiated polymerization:1||surface modifier:1||therapy:1||thermal drawing:1||thermal treatment:1||thermoresponsive:1||titanium complexes:1||topgate transistor:1||transesterification:1||vinyl acetate:1||viscosity enhancer:1||water repellency:1||wettability:1||wrinkled films:1||내산화성 코팅:1||실리콘 카보나이트라이드:1||실세스퀴아잔:1||ditridecyl3,4,9,10perylene tetracarboxylic diimide:1||탄소/세라믹 복합체 시트:1||.:1||4mercaptophenylboronic acid:1||ARGET ATRP:1||ATRP:1||Ab initio:1||Absorbency:1||Absorption:1||Acetoxy group:1||Acrylamide:1||Adsorption:1||Ag:1||Alginate:1||Ambient dependence:1||Antioxidant coating:1||BaZrO3:1||Block copolymer:1||CNT heating element:1||CNT 면상발열체:1||Calcite:1||Calcium carbonate:1||Carbon cloth:1||Carbon/ceramic composite sheet:1||Carboxymethyl cellulose:1||Cellmatrix interaction:1||Chemical imidization:1||Chemical structures:1||

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