INIS
acrylic acid
9%
additives
18%
aerobic conditions
18%
air
9%
alkynes
18%
anhydrides
9%
applications
9%
aromatic acids
9%
aromatics
18%
cancer
9%
carbamates
18%
carbon
9%
carbonates
18%
carboxylic acids
9%
catalysts
45%
chemistry
18%
cobalt
36%
coupling
9%
decarboxylation
18%
diseases
9%
esters
10%
humans
9%
imines
18%
india
18%
indoles
18%
laboratories
9%
lactones
36%
loading
9%
manganese
18%
metals
9%
molecules
18%
naphthols
18%
oxidants
9%
oxidation
27%
oxygen
9%
pilot plants
9%
production
9%
range
27%
reactivity
18%
rhodium
54%
salts
9%
styrene
9%
substrates
24%
synthesis
100%
texas
9%
tolerance
24%
universities
18%
usa
9%
utilities
27%
yields
33%
Keyphrases
1,2-benzothiazine
18%
Activation Reaction
18%
Alkenylation
18%
Alkenylphenols
18%
Allyl Carbonate
18%
Allylic Carbamate
18%
Analytical Chemistry
18%
Arylpyrazole
18%
Bangalore
18%
C-H Bond Activation
18%
C-H Bond Functionalization
36%
Cancer-related Inflammation
18%
Cascade Reaction
18%
Cascaded Approach
18%
Catalyzed C-H Bond
18%
Cobalt Complex
18%
Cobalt-catalyzed
18%
Commercial Production
18%
D-center
18%
Directing Groups
25%
Divergent Reactivity
18%
Drug Discovery
18%
Functionalization Reaction
18%
Furanone
18%
Human Condition
18%
Indian Institute of Science
18%
Infectious Diseases
18%
Kanpur
18%
Large-scale Synthesis
18%
Loris
18%
Manganese-catalyzed
18%
Master's Degree
18%
Neuroscience
18%
New Synthetic Routes
18%
Novel Therapeutics
18%
Oil Corporations
18%
Ortho-alkenylation
18%
Polymer Characterization
18%
Postdocs
18%
Postdoctoral Research
18%
Probe Potential
18%
Production Stage
18%
Rhodium
18%
Small Molecules
18%
Spirocyclic Skeleton
18%
Sulfoxonium Ylides
18%
Traceless Directing Group
18%
Transition-metal-catalyzed
18%
United States
18%
University of Texas
18%
Chemistry
1-Naphthol
6%
1-Phenylpyrazole
9%
2H-Chromene
9%
Acid Anhydride
9%
Acrylic Acid
9%
Alkenylation
18%
Alkyne
6%
Benzamide
18%
Benzothiazine
18%
C-H Bond Activation
18%
Cascade Reaction
24%
Catalyst
6%
Imidate
18%
Manganese
18%
Naphthol
18%
Neutral Condition
9%
Photochromism
6%
Procedure
6%
Regioselectivity
6%
Ring Formation
27%
Synthesis (Chemical)
18%