INIS
lewis acids
100%
catalysts
85%
receptors
85%
boron
85%
lewis bases
64%
acidity
64%
rings
42%
optical properties
42%
bridges
42%
catalysis
35%
cooperatives
21%
nitrous oxide
21%
greenhouse gases
21%
chemistry
21%
hydrocarbons
21%
conversion
21%
kinetics
21%
reactivity (chemical)
21%
economics
21%
gases
21%
optimization
21%
carbon dioxide
21%
metals
21%
transition metals
21%
anions
21%
methane
21%
thermodynamics
21%
molecules
21%
shielding
14%
diffraction
14%
gibbs free energy
14%
ammonia
14%
fluorine
14%
adducts
14%
boron nitrides
14%
information
14%
Keyphrases
Boron Catalyst
85%
Bifunctional
42%
Lewis Acid-base Interaction
42%
Materials Science
28%
Frustrated Lewis Pairs
28%
Main Group Elements
28%
Structural Improvement
28%
Acid-base Effect
28%
Small Molecule Activation
28%
Alcanes
28%
Acid-base Bifunctional
28%
Organoboron Chemistry
28%
Metal-based Catalysts
28%
Aminoboranes
14%
Steric Shielding
14%
Condition Optimization
14%
Long-term Research
14%
Haloform
14%
Innovative Methods
14%
Methane
14%
Lewis Bases
14%
Anions
14%
Environmental Economics
14%
Catalyts
14%
Linker
14%
Chemical Reactivity
14%
Structural Distortion
14%
Lewis Pairs
14%
Fluorine Groups
14%
Acid-base Catalyst
14%
Gibbs Free Energy of Complexation
14%
Synthetic Methods
14%
Spirocyclic
14%
Lewis Acidity
14%
Triarylphosphine
14%
C-H Bond
14%
Bidentate
14%
Greenhouse Gas
14%
Thermodynamics
14%
Stereoelectronic Properties
14%
Modern Science
14%
Lewis Acids
14%
Attractive Alternatives
14%
Hydrocarbons
14%
Chemistry
Lewis Acid
100%
Lewis Base
64%
Optical Property
42%
Base
42%
Frustrated Lewis Pairs
42%
Structure
35%
Small Molecule Activation
21%
Nitrous Oxide
21%
Main Group Element
21%
Base Catalyst
21%
Methane
21%
Chemical Reactivity
21%
Chemistry
21%
Carbon Dioxide
21%
Greenhouse Gas
21%
Transition Metals
21%
Acidic Condition
14%
Methoxy Group
14%
Ammonia
14%
Gibbs Free Energy
14%
Fluorine
14%
Lewis Adduct
14%
Complexation
14%
Methyl Group
14%