1. Advanced fuels design: combustion kinetics
Embedded Files
High-octane fuels and their blends showing an interesting synergistic effect from a global reactivity perspective
High-octane fuels and their blends showing an interesting synergistic effect from a global reactivity perspective
(H. Song et al., Combustion and Flame 220 (2020) 23–33)
A newly proposed degenerate chain branching scheme of cyclopentane in the low-to-intermediate temperatures
A newly proposed degenerate chain branching scheme of cyclopentane in the low-to-intermediate temperatures
(H. Song et al., Fuel 406 (2026) 136964)
Related projects
1. 탄소중립적 연료 분자간 상호작용에 의한 자발화 반응성 향상 효과 체계화 및 예측 모델 개발 (한국연구재단 생애첫연구, 2022–2024)
A framework and prediction model development for the synergistic autoignition behavior of advanced carbon-neutral fuels
2. Advanced fuels evaluation: life cycle assessment
Breakdown of total greenhouse gas emissions during
the sustainable aviation fuel production in Korea
Breakdown of total greenhouse gas emissions during
the sustainable aviation fuel production in Korea
(S. Park et al., Sustainable Energy Technologies and Assessments 85 (2026) 104793)
A representative life cycle of sustainable aviation fuels
from the feedstock to its final use in an airplane
A representative life cycle of sustainable aviation fuels
from the feedstock to its final use in an airplane
(S. Park et al., Sustainable Energy Technologies and Assessments 85 (2026) 104793)
Related projects
1. 원료공급망과 생산공정을 포함한 생애주기 온실가스 배출량 기반 지속가능항공유 최적원료 탐색 모델 개념 제안
(한국에너지기술평가원, 2025–2026)
Conceptualization of optimal feedstock discovering model for sustainable aviation fuel production based on life-cycle greenhouse gas emissions
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