United States
University of Wyoming - Department of Chemical and Petroleum Engineering
Catalyst, amine solvent, CO2 absorption, CO2 desorption, kinetics, flue gas, commercialization
Carbon quantum dots, nitrogen self-doped, charge carrier transport, co-sensitizer, dye-sensitized solar cell
Coal, catalysis, pyrolysis, gasification, ideal syngas, CO2 reduction
Carbonaceous pitch, coal liquefaction residue, chlorination-dechlorination, controllable synthesis, molecular composition, Molecular structure
Adsorption affinity, Electrostatic interaction, DFT calculation, Groundwater remediation
Ru-Fe bimetallic nanoparticles, selective hydrogenation, Lignin-derived aromatics, Nitrogen-doped carbon.
photocatalysis, CO2 reduction, methane production, Pt-loaded catalyst, Z-scheme heterojunction
QSAR, Coagulation, Dyes, Key molecular parameter, Universal rule
Resources recovery, Spent power batteries, Atomically economical reaction, Chiral molecules, Carbon emission
hydrogen transfer, Ga, ZSM-5 zeolite, Density functional theory, aromatics
separation, indicator, theoretical screening, adsorbent, wastewater
Ni/ZrO2 catalysts, Dry reforming of methane, Pyrolysis, UiO-66-NH2, MOF-derived
VOCs, NO3 radical, Reaction rate constant, Quantitative descriptor, QSAR
Syngas conversion, Transition metals, CHx intermediate, Catalytic assist
Carbon dioxide capture and storage, enhanced oil and gas recovery, CO2 injection
Methanol to aromatics, Trimethylcyclopentane, Hydrogen transfer, Density functional theory, ZSM-5 zeolite, xylene
Single atom Rh, Carbon-based material, Coordinated atom, syngas, C2 oxygenates, Catalytic performance
Pt-based bimetallic catalyst, Surface structure, C2H2 semi-hydrogenation, catalytic performance, Electronic property, Microkinetic modeling
Ni lattice-doped Fe2O3 catalyst, NOx emission, catalytic ammonia combustion
Aromatics, Ga species, DFT, Dehydrogenation
CuFeZn catalyst, CO2 hydrogenation, C2+ alcohols, organic ligand, Oxygen vacancy
Hydrogen transfer, Ga, ZSM-5 zeolite, Density functional theory, Aromatics
Halogenated organic pollutants, Electrochemical hydrodehalogenation, Atomic hydrogen (*H), Transition metal dichalcogenides, Non-noble metal catalysis
Electrocatalytic nitrate reduction, Nanoconfinement effect, Structure-function relationship, Volcano relationship, Hollow multi-shell structured Cu2O nanospheres
higher alcohols, syngas, Bamboo lignin, Mo-based catalyst, CO insertion
DEO hydrogenation, competitive mechanisms, Oxygen vacancy, hydroxyl group, DEO adsorption
thermal modification, copper slag, nitrogen oxides, catalytic oxidation, peroxide hydrogen, free radical
