INIS
boron
100%
reactivity
97%
kinetics
65%
lewis acids
51%
acidity
46%
ions
45%
investigations
44%
adducts
38%
rings
38%
lewis bases
37%
atoms
37%
synthesis
32%
reagents
29%
boranes
29%
pyridines
29%
ketones
28%
electrons
24%
chemistry
23%
phosphines
22%
transition metals
22%
hydrogen 1
22%
applications
21%
nmr
20%
x radiation
20%
density functional method
17%
aromatics
17%
anions
17%
thermodynamics
16%
carbon
16%
dissociation
15%
hydrogenation
15%
aldehydes
15%
spectroscopy
15%
range
15%
phosphorus
15%
catalysis
15%
anthracene
14%
salts
14%
catalysts
14%
tuning
13%
solvents
13%
mixtures
13%
correlations
13%
esters
12%
interactions
12%
water
12%
boron compounds
12%
carbonyls
12%
values
11%
increasing
11%
Chemistry
Electrophile
58%
Lewis Acid
57%
Electrophilicity
44%
Frustrated Lewis Pairs
40%
Lewis Base
39%
Lewis Adduct
34%
Nucleophilicity
31%
Superacid
28%
Nucleophile
26%
Borane
26%
Chemistry
22%
Density Functional Theory
22%
Heterocyclic Compound
22%
Boron Atom
20%
Diels-Alder Reaction
19%
Kinetic Study
18%
Rate Constant
18%
X-Ray Diffraction
17%
Phosphonium
17%
Ketones
16%
Alkalinity
16%
Alkene
15%
NMR Spectroscopy
15%
Structure
15%
Anthracene
14%
Acetonitrile
13%
Lithium
12%
Michael Reaction
12%
Boron Compound
12%
Transition Element
12%
Tritylium
12%
Quantum Chemical Calculations
12%
Mechanistic Study
12%
Alkylation
12%
Single Crystal X-Ray Diffraction
11%
Complexation
11%
13C NMR Spectroscopy
9%
Chemical Reactivity
9%
1H NMR Spectroscopy
9%
Nucleophilic Aromatic Substitution
9%
Base
9%
Nitroolefin
9%
Chemical Shift
8%
Stereoselective Synthesis
8%
Hydrogenation
8%
Boronate
8%
Electronic Property
8%
Organocatalysis
8%
Transition Metal Catalysis
8%
Chiral HPLC
8%
Keyphrases
Triptycene
15%
Controlled Generation
12%
Boron
12%
Ketones
12%
Triarylborane
10%
Ate Complex
9%
Lewis Adducts
8%
Nitroolefins
7%
Unactivated Alkenes
6%
Bifunctional System
6%
Directing Group
6%
Lewis Acidity
6%
Enolates
6%
Non-planar
6%
Synthetic Applications
6%
Hydrogenation Reaction
6%
Superacid Catalyst
6%
Phosphonium
6%
Lewis Superacids
6%
Boronic Esters
6%
Heteroaryl
6%
Arborea
6%
10-dione
6%
Titanocene
6%
Bismuth Ions
6%
Tritylium Ions
6%
Psychotria
6%
Rubiaceae
6%
Barbier
6%
Lewis Basicity
6%
Reactivity Tuning
6%
Frustrated Lewis Pairs
6%
Protodeboronation
6%
Iptycene
6%
Superacid
6%
Collidine
6%
Sulfonium
6%
Exchange Reaction
6%
Michael Addition
6%
Organoboron Compounds
6%
Transition-metal-free
6%
Potassium(I)
6%
K+ Ion
6%
Hemihydrate
6%
Potassium Ion
6%
Boron Chemistry
6%
Anthracene
6%
Benzoxadiazole
6%
Varying Composition
6%
SNAr Substitution
6%
