Keyphrases
Thermodynamic Approach
100%
Catenanes
100%
Mechanical Bond
100%
Kinetic Approach
100%
Rotaxanes
75%
Synthetic Protocols
50%
Kinetic Control
50%
Bistable Rotaxanes
50%
Thermodynamic Control
50%
Molecular Structure
25%
Information Storage
25%
Therapeutic Agents
25%
Complex Materials
25%
Functional Materials
25%
Molecular Systems
25%
Bond Formation
25%
Stimuli-responsive
25%
Thermodynamically Stable
25%
Complex Architecture
25%
Device Application
25%
Chemical Transformation
25%
Molecular Recognition
25%
Relative Motion
25%
Oxidation-reduction
25%
Electron Acceptor
25%
Architected Materials
25%
Electron-donating
25%
Novel Complex
25%
Template-directed
25%
Macrocyclization
25%
Cyclobis(paraquat-p-phenylene)
25%
Electrochemical Oxidation
25%
Nanoscale Devices
25%
Mechanically Interlocked Architectures
25%
Device Components
25%
Chemical Reagents
25%
Electrochemically Switchable
25%
Ring-opening Reaction
25%
Host-guest Binding
25%
Complementary Pathways
25%
Reversible Ring
25%
Chemistry
Rotaxane
100%
formation
100%
Catenane
75%
[2]catenane
25%
[2]rotaxane
25%
Electrochemical Oxidation
25%
Molecular Recognition
25%
Ring Opening Reaction
25%
Oxidation-Reduction
25%
Chemical Transformation
25%
Chemical Reaction Reagent
25%
Molecular Structure
25%
Paraquat
25%
macrocyclization
25%