저자의 연구 키워드

저자의 연구 키워드

#$Ag/TiO_2$

#$Pd/TiO_2$

#$TiO_2$

#[Hmim][ $PF_6$]

#1-buthyl-3-methylimidazolium hexafluorophosphate

#가솔린

#고체산화물연료전지

#과립형 입자

#내부개질반응

#니켈계 촉매

#수소 스테이션

#수소제조

#연료 개질기

#연료전지 자동차

#이산화탄소

#이산화탄소개질

#이소프렌

#자열개질반응

#재생

#제올라이트

#졸-겔

#탈착

#피셔-트롭시

#합성가스

#흡착제

#A zeolite

#Acetylene adsorption

#acetylenes

#Adsorbent

#adsorption

#aerobic benzyl alcohol oxidation

#aerobic reaction

#alternative refrigerant

#Autothermal Reforming

#benzyl alcohol oxidation

#cation effect

#CO₂

#CO₂ reforming

#Colloids

#Composite granule

#correlation model

#Design of experiment

#Desorption

#Fe/ $Al_2O_3$ granule

#Fischer-Tropsch

#Fuel Cell Powered Vehicles

#Fuel Processor

#gamma-alumina

#Gasoline

#H₂ production

#hollow microspheres

#Hydrogen Station

#Hydrogenation

#Imidazolium Hexafluorophosphate

#Internal reforming

#ionic liquid

#ionic liquids

#isobutane alkylation

#isoprene

#Laser Ablation in Liquid

#light olefin

#mesoporous solid acids

#mixture design

#MOF-235

#Nanoalloying

#Nanoparticles

#Ni Based Catalyst

#Ni-YSZ based catalyst

#Ni-YSZ계 촉매

#Pd/C Adsorbent

#Pd/C particles

#Pd-Ag on Charcoal

#pentafluoropropene hydrogenation

#porous $CeO_2$

#reaction surface method

#Regeneration

#Response surface method

#reverse micelle

#room temperature ionic liquids

#silver particle

#SOFC

#Sol-gel

#Statistical optimization

#syngas

#synthesis optimization

#Zeolite

#zeolite 4A

#zeolites