저자의 연구 키워드

저자의 연구 키워드

#가스 크로마토그래피)

#지방산 메틸에스테르)

#초록형광단백질)

#Absolute threshold

#Acoustic standing wave (정상음향파)

#Acoustophoretic chip (음파영동 칩)

#Al₂O₃(알루미나)

#Anisotropic wet etching

#Anisotropic wet etching (이방성 습식 에칭)

#Anisotropic wettability

#Biodiesel production equipment(바이오 디젤 제조 장치)

#Biodiesel(바이오 디젤)

#Central composite design(중심합성설계)

#Centrifugal extractor

#Check-valve

#coffee sludge

#Contact angle (CA)

#Curve-Typed Nanochannel (곡선형 나노채널)

#Direct Patterning (직접패턴 성형)

#Elasto-inertial focusing (탄성-관성 집중)

#Electrical Characterization (전기적 특성)

#Electroporation (전기천공법)

#Fatty acid methyl ester(FAME

#Field-effect-transistor

#Finger-squeezing pump

#Finite Element Analysis

#Floating structure

#Friction factor(마찰계수)

#Full duplex robot system

#Gas chromatography(GC

#Gene Transfection (유전자 트랜스펙션)

#Glass wafer transfer

#Green Fluorescent Protein (GFP

#Grooved mushroom structure

#High-aspect-ratio channel (고종횡비 채널)

#Hot-embossing process (핫엠보싱 공정)

#Imprint Lithography (임프린트 리소그래피)

#Indirect Patterning (간접패턴 성형)

#Inertial focusing (관성 집중)

#ISFET (이온선택성 전계효과 트랜지스터)

#KOH Si etching

#Lab-on-a-chip

#Lard oil(라드 유)

#Layer Transfer and Collapse (층 전사 및 처짐)

#Linear transfer

#MEMS Fabrication (멤스 공정)

#metal mesh filter

#Method of constant stimuli

#Microcantilever-type Microelectrode (마이크로 캔틸레버 형 미세전극)

#Microchannel(마이크로채널)

#Micro-pattern Replication

#Nanofluid(나노유체)

#Nanowire

#Parallelogram cross-section (평행사변형 단면)

#Particle separation (입자 분리)

#Particle separation (입자분리)

#PDMS membrane

#Plasma assisted bonding (플라즈마 본딩)

#PMMA nanochannel

#Porous PDMS sponge

#Pressure drop(압력강하)

#Radiation-exposed protein

#Raw materials(원료)

#Reaction condition(반응조건)

#Response Surface Method

#Self-alignment (자가정렬)

#Si Nanowire (실리콘 나노선)

#Silicon nanowire

#Single-phase(단상)

#Step

#Superoleophobic wetting

#Tactile sensing

#Top-down Method (하향식 방법)

#Triboelectric energy harvester

#Ultrasonic Imprinting

#Ultrasonic Imprinting (초음파 엠보싱)

#V-guide bearing

#Viscoelastic fluid (점탄성 유체)

#Wind energy