저자의 연구 키워드

저자의 연구 키워드

#${\alpha}-Fe_2O_3$ nanoparticles

#$Al_2O_3$ inter-layer

#$RuO_2$

#$SnO_2$ and Sn and $Ag_3Sn$

#결정질 실리콘 태양전지(Crystalline silicon solar cell)

#순도(Purity)

#재활용(Recycling)

#태양광모듈(Photovoltaic module)

#폐태양전지(Waste solar cell)

#activated porous carbon

#Ag nanowires

#Al-doped ZnO

#annealing heating rate

#anode

#ATO)

#atomic layer deposition

#Binary metal oxide hydrates

#carbon coating

#Carbon nanofiber

#Carbon nanofiber template

#Carbon nanofibers

#catalyst support

#Catalysts

#catalytic graphitization

#catalytic properties

#CO(일산화탄소)

#co-electrospinning

#composite

#Composites

#core/shell nanowires

#counter electrode

#counter electrodes

#crystallinity

#Deintercalation

#dip-coating

#dye-sensitized solar cells

#electrical and optical properties

#electrical double layer capacitor

#electrical double layer capacitors

#electrical properties

#Electrical property

#Electro spinning(전기방사)

#electrocatalysts

#electrochemical capacitors

#Electrochemical performance

#electrochromic performance

#electrode

#electroplating

#Electrospining

#electrospinning

#electrospray

#Energy harvesting

#F-doped $SnO_2$

#FeCrAl

#FeCrAl alloy foam

#Fe-doped $TiO_2$

#film structure

#fluorine-doped tin oxide

#FTO)

#graphitic porous carbon nanofibers

#Graphitization

#hydrogen production

#hydrothermal process

#Hydrothermal synthesis

#iron carbide

#Iron oxides

#KOH activation

#LiCoO2 nanopowder

#Li-ion batteries

#Li-ion battery

#Liquefaction

#low annealing temperature

#low temperature process

#magnetic property

#MEMS(미세전자기계시스템)

#mesoporous structure

#metal alloy foam

#methanol electro-oxidation

#microwave annealing

#Minimum quantity lubrication

#Mist

#Molar concentration

#Nano fiber(나노섬유)

#Nanofiber

#nanoinks

#nanoparticles

#nanorods

#Nano-split morphology

#Nanostructure

#nanowires

#Nb-doped $TiO_2$

#N-doped ZnO nanoparticle-carbon nanofibers

#Ni nanoparticles-graphitic carbon nanofibers

#NiCrAl alloy foam

#NiO catalyst

#NiO catalysts

#NiO protecting layer

#nitrogen doping

#NOX(질소산화물)

#octahedral $Co_3O_4$

#optical properties

#Optical property

#oxygen concentration

#oxygen reduction reaction

#Oxygen-reduction reaction

#Platinum

#platinum electrocatalysts

#Polygonal cobalt oxide

#polymer dissolution

#porous carbon nanofibers

#Porous metal oxide

#protein based carbon

#Pt-free

#PVP polymer

#reduction method

#Ru) nanoparticles

#ruthenium

#Sb-doped $SnO_2$

#Semiconductor gas sensor(반도체가스센서)

#Sn-doped $In_2O_3$

#SnO2

#SnO₂(산화주석)

#Solution process

#solution-based transparent conducting oxides

#spin-coating

#steam methane reforming

#Supercapacitors

#supports

#surface coating

#surface densification

#TCE)

#thickness

#Transparent conducting electrodes

#transparent conductive electrodes

#transparent conductive films

#transparent conductive oxides

#Triboelectric generator

#Triboelectric series

#Tungsten

#tungsten oxide

#Ultrafast capability

#ultrasonic spray pyrolysis

#ultrasonic spray pyrolysis deposition

#vanadium oxide