|
pre-organization |
5 |
|
supramolecular chemistry |
5 |
|
alignment of carboxylate anions |
3 |
|
electrostatic interactions |
3 |
|
host-guest systems |
3 |
|
mechanically interlocked molecules |
3 |
|
molecular recognition |
3 |
|
γ-cyclodextrin metal–organic frameworks |
3 |
|
anion separation |
2 |
|
artificial molecular machines |
2 |
|
binding stoichiometry |
2 |
|
cationic cages |
2 |
|
co-crystallization |
2 |
|
cyclophanes |
2 |
|
dynamic covalent bonds |
2 |
|
host-guest chemistry |
2 |
|
intramolecular circuits |
2 |
|
lumo-dominated transport |
2 |
|
map3: understanding |
2 |
|
molecular devices |
2 |
|
molecular electronics |
2 |
|
nanoconfinement |
2 |
|
noncovalent bonding interactions |
2 |
|
nontrivial topologies |
2 |
|
outer-surface interactions |
2 |
|
precious metals |
2 |
|
quantum interference |
2 |
|
radical-pairing interactions |
2 |
|
regioselectivity |
2 |
|
resource recovery |
2 |
|
sdg12: responsible consumption and production |
2 |
|
sdg3: good health and well-being |
2 |
|
single-supermolecule electronics |
2 |
|
stm-bjs |
2 |
|
suitanes |
2 |
|
supramolecular catalysis |
2 |
|
triple [π...π] interactions |
2 |
|
alkene hydrofunctionalization |
1 |
|
bisphosphine ligand |
1 |
|
bite angle |
1 |
|
control release |
1 |
|
core-satellite structure |
1 |
|
host-guest interactions |
1 |
|
nanocarriers |
1 |
|
nanoparticle assembly |
1 |
|
ph-responsive disassembly |
1 |
