주지봉 교수 연구실
Ji Bong Joo
건국대학교 · 화학공학과
교수 소개
주지봉 교수
교수 홈페이지·논문소개
주지봉 교수 연구실(ACREL, Advanced Catalysis and Reaction Engineering Lab)은 건국대 화학공학과 소속으로, 촉매와 반응공학을 연구한다. 수소생산(블루·터쿼이즈·그린수소), 온실가스 저감·전환(CCUS), 미세먼지(NOx·SOx) 제거, 석유화학 공정 촉매반응 등을 다루며 신규 촉매 소재의 합성과 광촉매 연구도 수행한다.
연구 키워드
최근 논문
- Concentration dependent photoluminescence in Ce3+ doped Sr2SiO4 nanophosphor: role of lattice distortion and phase coexistence새 논문Journal of Nanoparticle Research · 10월 1일
- Sol–Gel–Synthesized Mn 4+ ‐Doped Sr 9 Gd 2 W 4 O 24 Red Phosphor: Structural, Optical, and EPR Studies for Deep‐Red LEDs and Plant Growth Lighting ApplicationsLuminescence · 8월 28일
- Simultaneous NO x and SO x Removal for Flue Gas Treatment: Interaction Effect and Additive Optimization in Absorption SystemsEnergy & Fuels · 8월 25일
OpenAlex 기준 · 저자 소속이 이 대학으로 확인된 논문이에요
대표 논문
- A Physically Mixed Ni-Ce/Na-Al Dual Functional Composite with Enhanced Oxidation Tolerance for Integrated CO2 Capture and Methanation under Simulated Flue GasSeparation and Purification Technology · 2026
- Renewable induction-heated methane pyrolysis for carbon-negative hydrogen production: An integrated environmental–economic assessmentInternational Journal of Hydrogen Energy · 2026
- CO2-to-CO conversion using a Ni-based oxygen carrier in a bubbling fluidized bed and its integration potential with chemical looping combustionChemical Engineering Journal · 2025
- Synthesis of waste-derived nickel-supported red mud catalysts containing various Ni–Fe alloy species for fixed-bed catalytic methane decompositionJournal of Environmental Chemical Engineering · 2025
- Enhanced coke resistant Ni/SiO2@SiO2 core-shell nanostructured catalysts for dry reforming of methane: Effect of metal-support interaction and SiO2 shellChemical Engineering Science · 2024
- Integration of CO2 Adsorbent with Ni-Al2O3 Catalysts for Enhanced Methane Production in Carbon Capture and Methanation: Cooperative Interaction of CO2 Spillover and Heat ExchangeCatalysts · 2024
비슷한 연구를 하는 다른 연구실
이 연구실의 최근 논문과 주제가 겹치는 논문을 최근에 낸 연구실이에요
김동환 교수 연구실
성균관대학교 · 화학공학·고분자공학부
Quantitative Analysis of Ligand‐Chelation Dynamics and Critical Grafting Density for the Long‐Term Steric Isolation of Colloidal Upconversion NanoparticlesSmall · 9월 23일겹치는 주제: Luminescence Properties of Advanced Materials
고동연 교수 연구실
한국과학기술원 · 생명화학공학과
Cycle-by-cycle optimization of direct air capture (DAC) operation under varying ambient air conditions새 논문Chemical Engineering Journal · 10월 1일겹치는 주제: Carbon Dioxide Capture Technologies
임원빈 교수 연구실
한양대학교 · 신소재공학부
Direct Integration of Conductive, Emissive Perovskite Nanocrystals Into Efficient Light‐Emitting Diodes Without Post‐Synthetic Ligand ExchangeAdvanced Functional Materials · 8월 20일겹치는 주제: Luminescence Properties of Advanced Materials
같은 학과의 다른 연구실
- 김기출 교수 연구실
Computational Materials Design
- 김재엽 교수 연구실
Photoelectrochemical energy devices, inorganic nanomaterials, green hydrogen production, next-generation solar cells, and secondary batteries
- 민요셉 교수 연구실
atomic layer deposition
- 박기태 교수 연구실
전기화학 촉매 및 반응시스템, CCU
- 이승애 교수 연구실
Functional smart materials (electrorheological fluids, smart/stimuli-responsive nanoparticles, bio/ecoresorbable materials, drug delivery)
- 이장용 교수 연구실
Energy & Environmental Materials — anion/cation exchange membrane materials for green hydrogen (water electrolysis, fuel cells, eCO2R)