34 |
F-gas |
Effect of burner types and s… |
Tae-In Ohm |
Process Safety and Environmental Protection |
2019 |
33 |
F-gas |
Competitive adsorption of SF… |
Jingxuan Wang |
Applied Surface Science |
2019 |
32 |
F-gas |
Comparative molecular dynami… |
Md. Sarwar Alam |
International Journal of Thermal Sciences |
2019 |
31 |
F-gas |
CDM implementation towards r… |
Anju Singh |
Environ Dev Sustain |
2019 |
30 |
F-gas |
Assessment on the toxicity a… |
Yi Li |
Journal of Hazardous Materials |
2019 |
29 |
F-gas |
Abatement of fluorinated com… |
Shiaw-Huei Chen |
Journal of Fluorine Chemistry |
2019 |
28 |
CH4+N2O |
Treatment of landfill gas wi… |
Thilde B. Thomasen |
Waste Management |
2019 |
27 |
CH4 |
Mixing strategies of high so… |
K. Latha |
Journal of Cleaner Production |
2019 |
26 |
CH4 |
Two-stage anaerobic upflow b… |
Gamal Hassan |
IEEE |
2018 |
25 |
N2O |
Photocatalytic decomposition… |
Martin Reli |
Environmental Science and Pollution Research |
2018 |
24 |
CH4+N2O |
Operando FTIR study of Fe-MO… |
Daniela Pietrogiacomi |
Catalysis Today |
2018 |
23 |
N2O |
Rh/CeO2 촉매의 N2O 분해반응 … |
남기복 |
Appl. Chem. Eng |
2018 |
22 |
F-gas |
Thermal destruction of HFC-1… |
Seon Ah Roh |
Journal of the Energy Institute |
2018 |
21 |
F-gas |
Theoretical study of the ads… |
Jie Li |
Computational Materials Science |
2018 |
20 |
F-gas |
The optimization of SF6 deco… |
Jun-Hyeong Park |
Radiation Physics and Chemistry |
2018 |
19 |
F-gas |
Adsorption of SF6 decomposit… |
Yao Wang |
Applied Surface Science |
2018 |
18 |
F-gas |
Abatement of SF6 in the pres… |
Xiaoxing Zhang |
Journal of Hazardous Materials |
2018 |
17 |
F-gas |
A review on SF6 substitute g… |
Song Xiao |
Energy Reports |
2018 |
16 |
CH4+N2O |
Improving leachate quality a… |
Weihua Li |
Chemosphere |
2018 |
15 |
CH4 |
An overview on conversion te… |
Munirah Md Zain |
Renewable and Sustainable Energy Reviews |
2018 |