A CERN-derived lab prototype with Z5 zeolite adsorbent captures CH4 down to 0.1% concentration and uses negative-exponential extrapolation to model performance at 10-100 ppm barn levels.
Vadivel, et al., Perspective on methane capture strategies from natural low-level emissions, Energy Nexus 19 (2025) 100459
2 Pith papers cite this work. Polarity classification is still indexing.
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UNVERDICTED 2representative citing papers
Viscous quintessence model fitted to binned SNe Ia data shows no phantom transition and lower transition redshift than DESI.
citing papers explorer
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Application of LHC Gas Recuperation Systems for Methane Emission Control in Livestock Housing
A CERN-derived lab prototype with Z5 zeolite adsorbent captures CH4 down to 0.1% concentration and uses negative-exponential extrapolation to model performance at 10-100 ppm barn levels.
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Interpretation of the binned SNe Ia Master Sample data via a scalar quintessence component: phantom transition?
Viscous quintessence model fitted to binned SNe Ia data shows no phantom transition and lower transition redshift than DESI.