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Exploiting Diffusional Constraints in Microporous Materials for Methane Reforming Reactions With Insights From Isotopic Exchange Experiments- [electronic resource]
Exploiting Diffusional Constraints in Microporous Materials for Methane Reforming Reactions With Insights From Isotopic Exchange Experiments- [electronic resource]
Tin Chee Leung, Samuel Lin.Chemical Engineering. | University of California, Berkeley. | 2021
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Exploiting Diffusional Constraints in Microporous Materials for Methane Reforming Reactions With Insights From Isotopic Exchange Experiments- [electronic resource]
Exploiting Diffusional Constraints in Microporous Materials for Methane Reforming Reactions With Insights From Isotopic Exchange Experiments- [electronic resource]
Tin Chee Leung, Samuel Lin.Chemical Engineering. | University of California, Berkeley. | 2021
Naver
位置
3
Exploiting Diffusional Constraints in Microporous Materials for Methane Reforming Reactions With Insights From Isotopic Exchange Experiments- [electronic resource]
Exploiting Diffusional Constraints in Microporous Materials for Methane Reforming Reactions With Insights From Isotopic Exchange Experiments- [electronic resource]
Tin Chee Leung, Samuel Lin.Chemical Engineering. | University of California, Berkeley. | 2021
Naver
位置
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