catenanes |
4 |
molecular electronics |
4 |
molecular switches |
4 |
artificial molecular machines |
3 |
bipyridinium |
3 |
carbohydrates |
3 |
chemical topology |
3 |
dendrimers |
3 |
diversity |
3 |
electrochemistry |
3 |
equity |
3 |
excellence |
3 |
host-guest systems |
3 |
inclusion |
3 |
interlocked molecules |
3 |
kinetics |
3 |
mechanically interlocked molecules |
3 |
metastable states |
3 |
molecular devices |
3 |
molecular recognition |
3 |
nanoconfinement |
3 |
rotaxanes |
3 |
self-assembled monolayers |
3 |
self-assembly |
3 |
supramolecular chemistry |
3 |
surfaces |
3 |
template-directed synthesis |
3 |
[2]catenanes |
2 |
anion separation |
2 |
binding stoichiometry |
2 |
cage compounds |
2 |
carboxyl groups |
2 |
cationic cages |
2 |
cluster glucosides |
2 |
co-crystallization |
2 |
convergent syntheses |
2 |
coordination modes |
2 |
crown compounds |
2 |
crown ethers |
2 |
crystal engineering |
2 |
cyclophanes |
2 |
dynamic covalent bonds |
2 |
electrochromism |
2 |
foldamers |
2 |
glycoconjugates |
2 |
glycodendrimers |
2 |
glycosides |
2 |
host-guest chemistry |
2 |
hydrogen bonds |
2 |
intramolecular circuits |
2 |
isomerization |
2 |
lumo-dominated transport |
2 |
macrocycles |
2 |
map3: understanding |
2 |
mechanical bonds |
2 |
metalorganic frameworks |
2 |
molecular knots |
2 |
molecular machines |
2 |
molecular motors |
2 |
multivalency |
2 |
nanostructures |
2 |
nems |
2 |
neoglycoconjugates |
2 |
nmr spectroscopy |
2 |
noncovalent bonding interactions |
2 |
noncovalent interactions |
2 |
nontrivial topologies |
2 |
oligomethylene |
2 |
outer-surface interactions |
2 |
photochemistry |
2 |
polymers |
2 |
pre-organization |
2 |
precious metals |
2 |
pseudorotaxane |
2 |
pseudorotaxanes |
2 |
quantum interference |
2 |
radical-pairing interactions |
2 |
reductive amination |
2 |
regioselectivity |
2 |
resource recovery |
2 |
sdg12: responsible consumption and production |
2 |
sdg3: good health and well-being |
2 |
second-sphere coordination |
2 |
self-organization |
2 |
single-supermolecule electronics |
2 |
solid-state structures |
2 |
spintronics |
2 |
stm-bjs |
2 |
suitanes |
2 |
supramolecular catalysis |
2 |
supramolecular devices |
2 |
switches |
2 |
synthetic chemistry |
2 |
template effect |
2 |
template syntheses |
2 |
template synthesis |
2 |
tetrathiafulvalene |
2 |
tetrathiafulvalenes |
2 |
thermodynamics |
2 |
topological stereoisomerism |
2 |
transition metals |
2 |
translational isomerism |
2 |
triple [π...π] interactions |
2 |
wittig reaction |
2 |
x-ray crystallography |
2 |
1,5-dihydroxynaphthalene |
1 |
2,2'-(bisamino)diphenyl ether |
1 |
3,6-connected net |
1 |
9,9′-spimbifluorene derivatives |
1 |
[12]beltene |
1 |
[12]collarene |
1 |
[12]cyclacene |
1 |
[2]rotaxanes |
1 |
[c-h . . . o]•interactions donor-acceptor foldamers mechanostereochemistry polyelectrolytes rotaxanes π-π interactions |
1 |
[π···π] interactions |
1 |
actinide |
1 |
active material |
1 |
active transport |
1 |
actuation |
1 |
actuators |
1 |
acyclic |
1 |
acyclic polyethers |
1 |
adsorption |
1 |
aerospace engineering |
1 |
afm |
1 |
aggregation-induced emission |
1 |
air-stable radicals |
1 |
alkali metals |
1 |
all-oxygen crown compounds |
1 |
all-oxygen macrobicyclic compounds |
1 |
allomelanin |
1 |
ambidentate ligands |
1 |
amino |
1 |
amphidynamic crystals |
1 |
amphiphiles |
1 |
amphiphilic bistable [2]rotaxanes |
1 |
amylose |
1 |
analogues |
1 |
analytical methods |
1 |
anion complexation |
1 |
anion templation |
1 |
anion-templated synthesis |
1 |
anion-π interactions |
1 |
annulenes |
1 |
anticancer activity |
1 |
applications |
1 |
arborol |
1 |
aromatic interactions |
1 |
asararenes |
1 |
atomic force microscopy |
1 |
atropisomers |
1 |
au nanodisks |
1 |
au nanodisks, liquid crystals |
1 |
aza macrobicyclic compounds |
1 |
azide-alkyne cycloaddition |
1 |
azide–alkyne cycloaddition |
1 |
azo compounds |
1 |
azobenzenes |
1 |
beauty |
1 |
benzidine/biphenol-based molecular switch |
1 |
biochemistry |
1 |
biomimicry |
1 |
bipyridinium ions |
1 |
bipyridinium salts |
1 |
bipyridinium units |
1 |
bis[2]catenanes |
1 |
bistability |
1 |
bistable rotaxanes |
1 |
bistable switches |
1 |
block copolymer |
1 |
bodipy |
1 |
bond-length alternation |
1 |
borane ammonia complexes |
1 |
born-oppenheimer molecular dynamics |
1 |
borromean rings |
1 |
branched-monomers |
1 |
break junctions |
1 |
bromide ion |
1 |
brownian ratchets |
1 |
c-h···π interactions |
1 |
calorimetry |
1 |
cancer |
1 |
carbohydrate dendrimers |
1 |
carbon |
1 |
carbon nanotubes |
1 |
carge-transfer complex |
1 |
cargo release |
1 |
catalysis |
1 |
catcnanes |
1 |
catenaries |
1 |
catenation |
1 |
cavitands |
1 |
cd spectroscopy |
1 |
cdse ligand exchange |
1 |
cell-free enzyme systems |
1 |
cellobiose |
1 |
charge and energy transfers |
1 |
charge carrier mobility |
1 |
charge transfer |
1 |
charge transfer complexes |
1 |
charge-transfer |
1 |
charge-transfer interactions |
1 |
charged donor/acceptor |
1 |
charged point-point repulsion |
1 |
chembio |
1 |
chemical behaviour |
1 |
chemical bonds |
1 |
chemical gating effect |
1 |
chemical sensor |
1 |
chemical switching |
1 |
chemically induced switching of the bistable rotaxanes |
1 |
chemically-modified cyclodextrins |
1 |
chemoselective ligation |
1 |
chiral crown ether synthesis |
1 |
chiral crown ethers |
1 |
chirality |
1 |
chiroptical properties |
1 |
chromophores |
1 |
chromophoric units |
1 |
cirality |
1 |
circular dichroism |
1 |
circularly polarized luminescence |
1 |
ciu |
1 |
clathrate formation |
1 |
click chemistry |
1 |
clipping reactions |
1 |
cluster glycosides |
1 |
cmos technology |
1 |
co-conformation |
1 |
co-conformations |
1 |
coenzyme accessibility |
1 |
coenzyme regeneration |
1 |
cold crystallization |
1 |
combinatorial chemistry |
1 |
complexes |
1 |
composites |
1 |
computational modeling |
1 |
computer chemistry |
1 |
conducting materials |
1 |
conformation |
1 |
conformational analysis |
1 |
constrictive binding |
1 |
controlled release |
1 |
convergent synthesis |
1 |
coordination chemistry |
1 |
coordination complexes |
1 |
coordination compounds |
1 |
copolymerization |
1 |
copolymerizations |
1 |
copper |
1 |
coprecipitate |
1 |
core/shell structures |
1 |
covalent organic frameworks |
1 |
cross coupling |
1 |
crossbars |
1 |
crown ether |
1 |
crystal growth |
1 |
crystal structure |
1 |
crystal structures |
1 |
crystal structures cyclodextrins |
1 |
crystalline stability |
1 |
crystallization |
1 |
csq-net |
1 |
cuaac polymerization |
1 |
cucurbit[7]uril |
1 |
cucurbituril |
1 |
cucurbiturils |
1 |
curtin‐hammett principle |
1 |
cyclic macromolecules |
1 |
cyclic voltammetry |
1 |
cycloaddition |
1 |
cyclobis(paraquat-p-phenylene) |
1 |
cyclodextrin |
1 |
cyclodextrin analogues |
1 |
cyclodextrin-metal-organic frameworks |
1 |
cyclodextrins |
1 |
cyclooligomerizations |
1 |
cyclophane |
1 |
cyclophane-based polymer |
1 |
cytotoxicity |
1 |
dendfimers |
1 |
dendrimer |
1 |
dendrimeric ligands |
1 |
densely charged molecules |
1 |
density functional calculations |
1 |
density functional theory |
1 |
deprotection |
1 |
design optimization |
1 |
devices |
1 |
dft calculations |
1 |
dhn melanin |
1 |
dialkylammonium salts |
1 |
diamondoid architecture |
1 |
diastereoselectivity |
1 |
diazaperopyrenium |
1 |
diazaperopyrenium dications |
1 |
dibenzofuran |
1 |
dibenzylammonium salts |
1 |
diels-alder reactions |
1 |
diels‐alder reactions |
1 |
differential conductance |
1 |
dimerization |
1 |
directional energy transfer |
1 |
directional transport |
1 |
dissipative systems |
1 |
divergent synthesis |
1 |
dna intercalation |
1 |
donor-acceptor |
1 |
donor-acceptor foldamer |
1 |
donor-acceptor molecules |
1 |
donor-acceptor systems |
1 |
donor/acceptor recognition |
1 |
drug adsorption |
1 |
drug delivery |
1 |
drug-delivery agents |
1 |
dyes/pigments |
1 |
dynamic chemistry |
1 |
dynamic covalent chemistry |
1 |
dynamic nmr spectroscopy |
1 |
dynamic stereochemistry |
1 |
dynamics |
1 |
electrochemical modification |
1 |
electrochemical polymerization |
1 |
electrochemically controllable bistable rotaxanes |
1 |
electrochromic devices |
1 |
electrodes |
1 |
electron transfer |
1 |
electron transport |
1 |
electronic paper display |
1 |
electronic paper displays |
1 |
electronic spectroscopy |
1 |
electrostatic barriers |
1 |
elegance |
1 |
enantio-selection |
1 |
enantioselective receptors |
1 |
enantioselective reductions |
1 |
energy cascade |
1 |
energy conversion |
1 |
energy ratchet |
1 |
energy transfer |
1 |
entanglement |
1 |
enzyme immobilization |
1 |
enzyme separation |
1 |
equilibrium dynamics |
1 |
ether linkages |
1 |
etnod |
1 |
exbox |
1 |
excimer emission |
1 |
exciton migration |
1 |
exfoliation |
1 |
femtochemistry |
1 |
ferrocene |
1 |
ferrocenes |
1 |
flexibility |
1 |
fluorescence |
1 |
folding |
1 |
force spectroscopy |
1 |
fuel cell |
1 |
fullerene |
1 |
fullerenes |
1 |
glycopyranosides |
1 |
glycosylation |
1 |
glycosylations |
1 |
gold extraction |
1 |
gold reduction |
1 |
graphene |
1 |
graphite |
1 |
hela cells |
1 |
helical π-π stacking |
1 |
helicates |
1 |
hemicarcerands |
1 |
heterogeneous catalysis |
1 |
heterojunction |
1 |
hexacarboxylate |
1 |
hierachical mesopores |
1 |
hierarchical self-assembly |
1 |
high rate performance |
1 |
highly charged molecules |
1 |
homodimeric complexes |
1 |
hopping |
1 |
host molecule |
1 |
host-guest complexes |
1 |
host-guest interactions |
1 |
host-guest system |
1 |
host–guest chemistry |
1 |
hydrodynamic properties |
1 |
hydrogen bonding |
1 |
hydrogen-bonded organic frameworks |
1 |
hydrophobic interactions |
1 |
hyperbranched polymer |
1 |
ibuprofen |
1 |
ics-27 |
1 |
imine formation |
1 |
inclusion complex |
1 |
inclusion compounds |
1 |
inelastic electron tunnelling spectroscopy |
1 |
infrared spectra |
1 |
infrared spectroscopy |
1 |
integrated functional systems |
1 |
interface |
1 |
interfacial click reaction |
1 |
interfacial polymerization |
1 |
interlocked compounds |
1 |
interpenetrated networks |
1 |
interpenetration |
1 |
interpenetration isomerism |
1 |
interwoven grids |
1 |
interwoven systems |
1 |
intramolecular circuit |
1 |
ion exchange |
1 |
ion mobility |
1 |
ion mobility mass spectrometry |
1 |
ion pairs |
1 |
ion recognition |
1 |
ion-selective electrode |
1 |
isomerism |
1 |
isomers |
1 |
isoreticular chemistry |
1 |
isothermal titration microcalorimetry |
1 |
jumping crystals |
1 |
kinetic asymmetry |
1 |
kinetic control |
1 |
kinetic covalent chemistry |
1 |
knots |
1 |
kohnkene |
1 |
laborious |
1 |
langmuir-blodgett films |
1 |
layer-by-layer |
1 |
layer-by-layer films |
1 |
linear compounds |
1 |
lipid peroxidation |
1 |
liquid crystals |
1 |
lithium amides |
1 |
lithography |
1 |
localized surface plasmon resonances |
1 |
logic |
1 |
logic computation |
1 |
logic gates |
1 |
logic memory |
1 |
luminescence |
1 |
luminescense |
1 |
macrocycle |
1 |
macrocyclic compound |
1 |
macrocyclic ligands |
1 |
macrocyclic polyethers |
1 |
macrocyclic ring |
1 |
macrotricyclic ligands |
1 |
mannitol derivatives |
1 |
map2: benchmark |
1 |
mass spectrometry |
1 |
materials science and technology |
1 |
mechanical bond |
1 |
mechanical bond formation |
1 |
mechanically interlocked molecules as artificial molecular machines |
1 |
mechanochemistry |
1 |
mechanostereochemistry |
1 |
membrane |
1 |
memory |
1 |
menschutkin reaction |
1 |
merlocking molecules |
1 |
mesoporous materials |
1 |
mesoporous silica |
1 |
metal oxoanion removal |
1 |
metal recovery |
1 |
metal-containing dendrimers |
1 |
metal-organic framework |
1 |
metal-organic frameworks |
1 |
metallorotaxanes |
1 |
metal–organic framework |
1 |
metal–organic frameworks |
1 |
metal−organic framework |
1 |
metastability |
1 |
metastable compounds |
1 |
metathesis |
1 |
microcantilever |
1 |
microcontact printing |
1 |
mills-nixon effect |
1 |
mims |
1 |
mixed-flow design |
1 |
mixed-valence compounds |
1 |
molecular active plasmonics |
1 |
molecular assembly |
1 |
molecular compound |
1 |
molecular daisy chains |
1 |
molecular device |
1 |
molecular devises |
1 |
molecular dynamics |
1 |
molecular elevator |
1 |
molecular lego |
1 |
molecular links |
1 |
molecular machine |
1 |
molecular memory |
1 |
molecular modeling |
1 |
molecular muscles |
1 |
molecular nanospaces |
1 |
molecular plasmonics |
1 |
molecular pumps |
1 |
molecular quadrilaterals |
1 |
molecular receptors |
1 |
molecular recognition nanochemistry |
1 |
molecular recognition second-sphere coordination |
1 |
molecular shuttle |
1 |
molecular shuttles |
1 |
molecular squares |
1 |
molecular switch |
1 |
molecular switching caused by photoisomerization |
1 |
molecular symmetry |
1 |
molecular topology |
1 |
molecular transport junctions |
1 |
molecular-necklaces |
1 |
molecule electrode contact |
1 |
monitoring |
1 |
monolayers |
1 |
monte carlo simulation |
1 |
motor-molecules |
1 |
multicolor photoluminescence |
1 |
multizone mof-like film |
1 |
nan ostructures |
1 |
nano-structures |
1 |
nanocomposites |
1 |
nanodevices |
1 |
nanoelectronics |
1 |
nanofabrication |
1 |
nanofiltration |
1 |
nanomachine |
1 |
nanoparticles |
1 |
nanophotonic integrated circuits |
1 |
nanoplasmonic switch |
1 |
nanoporous coordination polymers |
1 |
nanoporous framework |
1 |
nanoporous materials |
1 |
nanoscale devices |
1 |
nanoscale switches |
1 |
nanoscience |
1 |
nanotechnology |
1 |
nanotubes |
1 |
nanovalve |
1 |
narrow band gap polymer |
1 |
networks |
1 |
neutral and diphenolic carriers |
1 |
neutral carrier |
1 |
nmr dynamics |
1 |
non-covalent interactions |
1 |
non-equilibrium processes |
1 |
non-equilibrium systems |
1 |
nonporous |
1 |
nucleophilic catalysis |
1 |
oligomerization |
1 |
oligomers |
1 |
oligoparaxylenes |
1 |
oligophenylenes |
1 |
oligorotaxane |
1 |
oligosaccharides |
1 |
on-wire lithography |
1 |
one-dimensional nanorods |
1 |
optical and vibrational properties |
1 |
optical switches |
1 |
optoelectronic device |
1 |
optoelectronics |
1 |
organic field effect transistors |
1 |
organic field-effect transistors |
1 |
organic frameworks |
1 |
organic semiconductor |
1 |
organic semiconductors |
1 |
organic zeolites |
1 |
orientational isomerism |
1 |
out of equilibrium |
1 |
outer surface interaction |
1 |
oxazoles |
1 |
oxido ligands |
1 |
palladium |
1 |
paraquat |
1 |
patterning |
1 |
peptides |
1 |
perylene |
1 |
phase purity |
1 |
phase separation |
1 |
phenanthroline |
1 |
photoaddition |
1 |
photocatalysis |
1 |
photochemically powered molecular switches |
1 |
photochromism |
1 |
photocur-rents |
1 |
photocurrent generation |
1 |
photoinduced electron transfer |
1 |
photoreductive recycling |
1 |
photosensitization |
1 |
photosensitizers |
1 |
pi interactions |
1 |
pi-pi stacking |
1 |
pillar[n]enes |
1 |
pillararenes |
1 |
pincer complexes |
1 |
planar chirality |
1 |
plasmonics |
1 |
platinum capture |
1 |
poly(crown ether) |
1 |
poly(propylene imine) dendrimers |
1 |
poly(viologen) |
1 |
poly[2]catenanes |
1 |
polyacids |
1 |
polycatenancs |
1 |
polycatenanes |
1 |
polycations |
1 |
polycrystalline |
1 |
polycycles |
1 |
polyelectrolytes |
1 |
polymer |
1 |
polymerization |
1 |
polymers of intrinsic microporosity |
1 |
polypseudorotaxanes |
1 |
polyrotaxane |
1 |
polyrotaxanes |
1 |
polysilicon microparticles |
1 |
polyvalency |
1 |
porous materials |
1 |
porous molecular solids |
1 |
porphyrin |
1 |
porphyrinoids |
1 |
porphyrins |
1 |
positive cooperativity |
1 |
post-assembly covalent modification |
1 |
postpolymerization modification |
1 |
potassium carbonate |
1 |
power density |
1 |
precious metal |
1 |
pretzelanes |
1 |
printed electronics |
1 |
protection |
1 |
proton conduction |
1 |
pseudo-rotaxanes |
1 |
pseudorotaxane solid-state reactions |
1 |
psuedorotaxanes |
1 |
pumping cassette |
1 |
pumping cassettes |
1 |
pvc matrix ion-selective electrodes |
1 |
pyrene |
1 |
quantum mechanics |
1 |
radial catenanes |
1 |
radiation protection |
1 |
radical anion dimer |
1 |
radical anions |
1 |
radical chemistry |
1 |
radical dimerization |
1 |
radical scavenging activity |
1 |
radical templation |
1 |
radicals |
1 |
raman spectroscopy |
1 |
ratchet mechanism |
1 |
receptors |
1 |
redox chemistry |
1 |
redox processes |
1 |
redox reactions |
1 |
redox switching |
1 |
redox-controlled switching |
1 |
reduction/conjugation |
1 |
responsive micropatterns |
1 |
reticular chemistry |
1 |
reverse recognition |
1 |
reversible addition fragmentation chain transfer (raft) |
1 |
review |
1 |
rgd |
1 |
ring-in-ring complex |
1 |
room-temperature phosphorescence |
1 |
rotacatenanes |
1 |
rotaxane |
1 |
rotaxanes self-assembly |
1 |
sandwich complexes |
1 |
scanning tunneling microscopy |
1 |
schiff bases |
1 |
sdg6: clean water and sanitation |
1 |
sdg7: affordable and clean energy |
1 |
sdg9: industry innovation and infrastructure |
1 |
sdg9: industry, innovation, and infrastructure |
1 |
secondary ammonium ions |
1 |
second‐sphere coordination |
1 |
self- assembly |
1 |
self-complexation |
1 |
self-complexing |
1 |
self-sorting |
1 |
self‐assembly |
1 |
semiconducting polymer |
1 |
semiconductor |
1 |
semiconductors |
1 |
separation |
1 |
separation science |
1 |
sequence-defined polymers |
1 |
shrinkage |
1 |
silica |
1 |
silica nanoparticles |
1 |
single-crystal to single-crystal transformation |
1 |
single-molecule electronics |
1 |
single-molecule force spectroscopy |
1 |
single-molecule motion |
1 |
singlet oxygen |
1 |
slippage |
1 |
sol-gel processes |
1 |
solid-state devices |
1 |
solid-state reactions |
1 |
solid-state superstructure |
1 |
solution processability |
1 |
solvent effects |
1 |
solvent mediators |
1 |
solvent sensors |
1 |
sorption |
1 |
spectroelectrochemistry |
1 |
spectrophotometric techniques |
1 |
spectroscopy |
1 |
spiro crown ethers |
1 |
spontaneous |
1 |
spontaneous resolution |
1 |
square-planar gold anions |
1 |
stampcat |
1 |
starburst |
1 |
state variable |
1 |
stereochemical inversion |
1 |
stereochemistry |
1 |
stereoelectronic control |
1 |
stimuli |
1 |
stimuli-responsive materials |
1 |
stm-bj |
1 |
strained rings |
1 |
structural dynamics |
1 |
structural isomerism |
1 |
structure elucidation |
1 |
structure-directed synthesis |
1 |
substituted ammonium ion binding |
1 |
sulfur mustard |
1 |
sulfur-mustard detoxification |
1 |
supramolecular |
1 |
supramolecular assembly |
1 |
supramolecular complexes |
1 |
supramolecular daisy chains |
1 |
supramolecular diamond |
1 |
supramolecular polymers |
1 |
supramolecular structure |
1 |
surface chemistry |
1 |
surface plasmon resonances |
1 |
switchable catenanes and rotaxanes |
1 |
switchable rotaxanes |
1 |
switching |
1 |
synthesis |
1 |
synthetic melanin |
1 |
synthetic methods |
1 |
template- directed synthesis |
1 |
template-directed syntheses |
1 |
templated synthesis |
1 |
templates |
1 |
templation |
1 |
thermochromism |
1 |
thermosalient effect |
1 |
thin film |
1 |
thin films |
1 |
thin-film devices |
1 |
thiol additions |
1 |
threading-followed-by-stoppering |
1 |
time-dependent density functional theory |
1 |
titanium-oxo clusters |
1 |
topic relationships |
1 |
topological chirality |
1 |
topological switching |
1 |
topology |
1 |
toroid topology |
1 |
transacetalation |
1 |
transferrin |
1 |
transient absorption spectroscopy |
1 |
transistor |
1 |
transition-metal complexes |
1 |
translational |
1 |
triepoxytriphenylenes |
1 |
trisaccharide monomers |
1 |
tröger's base |
1 |
tunneling |
1 |
two component |
1 |
two-dimensional polymers |
1 |
unnatural products |
1 |
uranium |
1 |
uranium-based metal—organic frameworks (mofs) |
1 |
uranyl ion sensor |
1 |
urban mining |
1 |
viologen |
1 |
viologens |
1 |
water purification |
1 |
water treatment |
1 |
water uptake |
1 |
water-soluble catenane |
1 |
water-stable mofs |
1 |
wittig reactions |
1 |
x-ray diffraction |
1 |
x-ray reflectivity |
1 |
xylenes |
1 |
zeolitic macropolycycles |
1 |
β-cyclodextrin |
1 |
β-cyclodextrins |
1 |
π-electron delocalization |
1 |
π-π interactions |
1 |