Keyphrases
Bimetallic
100%
CO2 Hydrogenation
100%
Formate
100%
Molecular Catalyst
100%
Deprotonation
57%
Hydride Transfer
57%
Rate Limiting
28%
Rational Design
14%
Catalytic Processes
14%
Thermodynamics
14%
Catalytic System
14%
Computational Study
14%
Efficient Strategy
14%
Heterobimetallic
14%
Reaction Pathway
14%
Steric Hindrance
14%
Catalytic Activity
14%
Reaction Rate
14%
Reaction Mechanism
14%
Tris
14%
Binding Energy
14%
Lewis Bases
14%
Efficient Catalyst
14%
Structure-activity Relationship
14%
Amine Ligands
14%
Transfer Process
14%
Proton Shuttle
14%
Activation Free Energy
14%
Induction Period
14%
Base Catalyst
14%
Steady-state Period
14%
Catalytic Turnover
14%
Bimetallic Catalyst
14%
Simple Strategy
14%
Gallium(III)
14%
Ni-based
14%
Computational Calculations
14%
Formate Production
14%
Hydricity
14%
Chemistry
Hydrogenation
100%
Formate
100%
Carbon Dioxide
100%
Base
62%
Deprotonation
50%
Transfer Process
12%
Tris
12%
Gallium
12%
Steric Hindrance
12%
Free Energy of Activation
12%
Metal Catalyst
12%
Bimetallic Catalyst
12%
Lewis Base
12%
Binding Energy
12%
Structure-Activity Relationship
12%
Catalyst Activity
12%