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(Click for frequent words.) 66 thermally activated 66 annealing temperature 65 nonequilibrium 65 metastable 65 thermodynamic properties 64 enthalpy 64 thermally stable 63 supersolid 63 fermionic atoms 63 diatomic 63 graphene layers 62 hydrophobic surfaces 62 bilayer 62 supercooling 62 polariton 62 microcavities 62 ferromagnetism 62 gelation 62 quantum mechanically 61 stoichiometry 61 paramagnetic 61 vibrational modes 61 polaritons 61 thermal gradients 61 vibrationally excited 61 hydroxide ions 61 adiabatic 61 dipole moment 61 electrically insulating 61 crystal lattices 61 thermally 61 ferromagnetic materials 61 electron pairs 61 nanoglue 61 Mott insulator 61 cyclization 60 thermally induced 60 chemically reactive 60 nonmagnetic 60 viscous fluids 60 heterogeneous catalysts 60 carbene 60 thermal gradient 60 isotherms 60 ferromagnet 60 reactant 60 van der Waals forces 60 quasicrystal 60 martensite 60 reactants 60 photochemically 60 microchannel 60 electron pairing 60 magnesium ions 60 elastic modulus 60 graphite oxide 60 charge compression ignition 60 electroactive 60 DFT calculations 60 electromagnetically 60 formamide 60 supercritical CO2 59 colloidal nanocrystals 59 hydrides 59 ab initio calculations 59 atomic lattice 59 metallic ions 59 cryogenic temperatures 59 melt viscosity 59 intramolecular 59 catalytic reactions 59 osmotic pressure 59 quantum coherence 59 rubidium vapor 59 spin precession 59 adsorbate 59 toroid 59 Dirac fermions 59 bilayers 59 ultracold 59 pn junctions 59 SWNTs 59 thermal decomposition 59 martensitic 59 parameter estimation 59 adsorbed onto 59 anions 59 topological insulator 59 ceria 59 macrocycle 59 ferroelectricity 59 epoxide 59 gold nanoclusters 59 conventional superconductors 59 resonant frequencies 59 thermal conduction 59 nanoribbon 59 fermionic 58 uniaxial 58 chemisorption 58 cementite 58 spicule 58 Si substrate 58 catalytically active 58 ultracold molecules 58 enzymatic hydrolysis 58 ultracold atoms 58 plasmon 58 photocatalysts 58 semiconducting materials 58 asparagine containing food 58 potassium atoms 58 saturable 58 oxidation catalyst 58 magnetisation 58 trimers 58 ionisation 58 dielectric permittivity 58 crystallinity 58 denaturation 58 photochemical reactions 58 Liquid helium 58 endothermic 58 photolysis 58 ionic liquid 58 exothermic 58 covalent bond 58 decoherence 58 Bose Einstein condensates 58 crossflow 58 stoichiometric 58 fermion 58 stilbene 58 nonpolar 58 nanolayers 58 electron spins 58 thermal insulator 58 protonated 58 isotope fractionation 58 ferroelectrics 58 covalent bonds 58 crystalline structure 57 elastic moduli 57 antiparallel 57 optical lattices 57 polyaniline 57 poly L lysine 57 hydrogenase 57 bosonic 57 magnesium ion 57 nitriding 57 circularly polarized light 57 supercritical carbon dioxide 57 silicone encapsulation 57 boron nitride nanotubes 57 phonon 57 bandgaps 57 electrochemically 57 hydride 57 aqueous solution 57 dye molecules 57 alkali atoms 57 alkynes 57 rotaxanes 57 ceramic superconductors 57 sodium atoms 57 Ionic liquids 57 boron nitride 57 acid hydrolysis 57 epitaxial layer 57 isothermal 57 disulfide bonds 57 excitons 57 quantum oscillations 57 octanol 57 beryllium ions 57 heterojunctions 57 alkanes 57 nanomotors 57 carbonate globules 57 electrically conducting 57 electron density 57 topological insulators 57 -# ° C [001] 57 hydrophobicity 57 diffraction grating 57 absorption spectroscopy 57 photoconductive 57 dipolar 57 photoconversion 57 helical structures 57 copper oxide superconductors 57 diffusive 57 sinusoidal 57 rheological properties 57 magnons 57 phonons 57 #degC [002] 57 photoionization 57 cadmium sulfide 57 lithium atoms 57 perturbation theory 57 exothermic reaction 57 methanogenesis 57 post perovskite 57 liquid electrolyte 57 ATP hydrolysis 57 magnesium Mg 57 polymerisation 57 rubidium atoms 57 anion exchange 57 hyperfine 57 ceramic membranes 57 thermal conductance 57 excitonic 57 C#H# 57 electron tunneling 57 magnetosomes 57 carbenes 57 manganite 57 lipid bilayer 57 dopants 57 exciton 57 photosystem II 57 thermodynamically stable 57 lattice vibrations 56 compressibility 56 nanocages 56 advection 56 capillary tubes 56 hydrolysis 56 thermal annealing 56 atmospheric moisture 56 chalcogenides 56 photocatalysis 56 bistability 56 pearlite 56 Nernst 56 intermolecular 56 inorganic ions 56 superconduct 56 solvent evaporation 56 immiscible 56 emission spectra 56 spherical nanoparticles 56 Bose Einstein Condensate 56 titania 56 downwelling 56 reaction kinetics 56 single walled nanotubes 56 nanoparticle arrays 56 silicon nanowire 56 carbides 56 lipid membranes 56 eutectic 56 epitaxially 56 granulate 56 upflow 56 clathrate 56 topological defects 56 fluid viscosity 56 polymer nanofibers 56 oscillatory behavior 56 polymer membranes 56 dispersive 56 globular proteins 56 hysteresis loop 56 photosynthetic apparatus 56 oxidise 56 thermowell 56 hydrostatically 56 catalytically 56 temperature gradient 56 microcavity 56 solvent evaporates 56 relativistic electrons 56 toroidal 56 hafnium oxide 56 fermions 56 crystal lattice 56 tetrahedral 56 nanomesh 56 donor acceptor 56 emittance 56 crystalline solids 56 colloidal crystals 56 nanoporous 56 honeycomb structure 56 Bose Einstein condensate 56 Ammonia borane 56 ionic conductivity 56 dinitrogen 56 toolholder 56 nitrogen atoms 56 microstructures 56 tetragonal 56 sulfur atom 56 moisture vapor 56 selectivities 56 titania nanotubes 56 nanofilms 56 polymer membrane 56 oxygen ions 56 MWCNTs 56 neutralinos 56 heavy fermion 56 photoelectrochemical 56 spherical particles 56 #degreesC 56 oppositely charged 56 weakly interacting 56 magnetic stirrer 56 nanotube sheets 56 particulate contamination 56 cuvettes 56 controllably 56 superfluid 56 dihydrogen 56 nanodevice 56 electrostatics 56 concentration gradient 56 ion traps 56 cobalt atom 56 collagen fibrils 56 reduced graphene oxide 56 gate electrode 56 helicity 56 aqueous environments 56 nitrogenase 56 carburizing 56 equilibration 56 supercooled liquid 56 superlattices 56 airflows 56 ammonia borane 56 antiferromagnetic 56 hydrogen isotopes 56 compressive strain 56 magnetostrictive 55 superlattice 55 oscillation amplitude 55 vanadium dioxide 55 photon pairs 55 cuprate superconductors 55 electron beams 55 antiprotons 55 supramolecular 55 frictional resistance 55 flowability 55 multiferroic 55 adsorption isotherms 55 atomically 55 semiconducting properties 55 motor windings 55 isomeric 55 hexamers 55 cellulases 55 piezoelectric ceramic 55 ferro electric 55 chalcogenide glass 55 diamagnetic 55 viscous fluid 55 convection currents 55 NMR experiments 55 fermion atoms 55 cuprate 55 nematic 55 silica substrate 55 molecular sieve 55 sorption 55 recrystallization 55 sonication 55 heterogeneous catalysis 55 ionic currents 55 absorption spectra 55 nanodroplets 55 electrophoretic 55 tetrahedra 55 isotropic 55 electrochemical reactions 55 anionic 55 Raman scattering 55 ammonia NH3 55 nanotubes nanowires 55 crystallites 55 bistable 55 ultrananocrystalline diamond 55 hydrophobic interactions 55 superconducting qubit 55 chemical reactivity 55 hollow spheres 55 ferrite core 55 particle morphology 55 dipoles 55 nucleon 55 bilayer graphene 55 borane 55 Alfvén waves 55 zinc oxide ZnO 55 tokamaks 55 CdSe 55 quantum correlations 55 inorganic salts 55 resonance frequency 55 thermal equilibrium 55 Lorentzian 55 pore spaces 55 polymer electrolyte 55 moisture absorption 55 enzyme kinetics 55 tensile stress 55 Einstein cosmological constant 55 boron atoms 55 electrostatic attraction 55 Liquid nitrogen 55 nanocomposite material 55 vibrational frequency 55 alkali metal 55 Fermions 55 photon energies 55 UV irradiation 55 single celled algae 55 disulfide bond 55 ultracold temperatures 55 strontium titanate 55 absorbs ultraviolet 55 thermoelectric cooling 55 COFs 55 photonic crystal 55 filamentary 55 supercurrent 55 kcal mol 55 superconducting coils 55 wavefunction 55 Mg Fe 55 nucleons 55 nanobelts 55 rotaxane 55 silicon waveguide 55 Bose Einstein condensate BEC 55 superfluids 55 vanadium oxide 55 magnetically coupled 55 chondrules 55 physico chemical properties 55 electronic excitations 55 Fig. 4A 55 emulsion droplets 55 hydrocarbon molecules 55 anneal 55 temperature gradients 55 molten salts 55 superpositions 55 nanometric 55 helices 55 clathrates 55 colloidal particles 55 allotrope 55 quantum particle 55 alkane 55 MWNT 55 viscoelasticity 55 cosmic ray flux 55 unconventional superconductivity 55 compressive stress 55 amino acid asparagine 55 perovskite 55 exhaust gasses 55 chemically inert 55 chalcogenide 55 monomeric 55 solvation 55 piezo actuator 55 polypeptide chain 55 photorespiration 54 austenite 54 ultrasonic vibrations 54 aqueous phase 54 isotherm 54 adsorption 54 cavitations 54 nonlinearities 54 reflowed 54 permittivity 54 silicon crystals 54 conductance 54 nanorod 54 nanoribbons 54 Josephson junctions 54 nonlinear optical 54 SWCNTs 54 valence electrons 54 intermolecular forces 54 graphene sheets 54 aragonite 54 quantum superposition 54 θ 54 HCCI mode 54 Bose Einstein condensation 54 iron pnictides 54 liquid crystal molecules 54 spheroidal 54 semiconducting nanotubes 54 ionise 54 chemically resistant 54 deuterated 54 superluminal 54 GaN layer 54 waviness 54 terahertz radiation 54 THz radiation 54 Schrodinger equation 54 soliton 54 hydrophilic polymer 54 oscillation frequency 54 nMOS 54 diffusible 54 spintronic device 54 oligomer 54 superfluid helium 54 thermal diffusivity 54 chromophore 54 polymerization 54 cervical mucous 54 nanomagnets 54 magnetic flux 54 bismuth telluride 54 nanosprings 54 #oC [001] 54 elastic polymers 54 disaccharide 54 meridional flow 54 moldability 54 unreactive 54 nanocubes 54 silicate dust 54 electrostatic repulsion 54 metallic nanotubes 54 Haber Bosch process 54 strontium atoms 54 electrostatic interactions 54 ceramic composites 54 polymerized 54 pneumatic actuators 54 cuprates 54 resonant tunneling 54 inorganic semiconductors 54 cathode catalysts 54 -# ° [002] 54 hydrolytic stability 54 polyphosphate 54 fluorescence quenching 54 macromolecule 54 graphene nanoribbons 54 nanomotor 54 biaxial 54 intermetallic compounds 54 Formic acid 54 Nafion 54 Deg C 54 Rydberg atoms 54 supercontinuum generation 54 blackbody 54 balancer shaft 54 spectrally 54 inhomogeneity 54 depolymerization 54 multiwalled nanotubes 54 chromophores 54 rubidium atom 54 dopant 54 axially 54 protein filaments 54 cellulose hemicellulose 54 conductivities 54 quasicrystals 54 photoactivation 54 mesoporous 54 atoms ions 54 interfacial properties 54 graphene sheet 54 photocurrent 54 anion 54 impurity atoms 54 absorber layer 54 spallation 54 nanochannels 54 electrodynamics 54 hydroxyl radical 54 ultracold gas 54 amine scrubbing 54 #yf 54 barium titanate 54 anodic 54 membrane permeability 54 superconductive 54 ZnO nanowires 54 electron scattering 54 photobleaching 54 positronium 54 agglomerates 54 convective cooling 54 complexation 54 UV lasers 54 fig. S2 54 molecular orbitals 54 stator windings 54 frictional heating 54 ferrite 54 inorganic LEDs 54 peltier 54 chiral molecules 54 graphite whiskers 54 interfacial 54 Alfven waves 54 convective heat 54 nanofluids 54 oxidative phosphorylation 54 micropores 54 CMOS transistors 54 impeller blades 54 vaporisation 54 SQUIDs 54 pMOS 54 graphene oxide 54 agarose gel 54 magnetization 54 nanocrystalline 54 GaAs MESFET 54 supercritical fluid 54 quartz crystal oscillator 54 graphene membranes 54 adsorptive 54 electrical conductance 54 tetramers 54 rheological 54 polymer matrix 54 thiols 54 covalent bonding 54 hydrogens 54 nanostructuring 54 extracellular proteins 54 Rydberg atom 54 hexagonal lattice 54 electrophilic 54 water vapor condenses 54 inhomogeneous 54 graphane 54 halides 54 preheats 54 friction coefficient 54 ICP mass spectrometry 54 silicate rocks 54 nanopillars 54 fig. S1 54 Mercury exosphere 54 semiconductor nanowires 54 electrically 54 Majorana fermions 54 electrolyte membranes 54 micrometre scale 54 interparticle 54 polymerised 54 dimensional electron 54 NADPH 53 solder joints 53 liquid electrolytes 53 nanoscale pores 53 vibrationally 53 focal adhesions 53 equilibrated 53 QDs 53 silicide 53 planetary gearbox 53 superhydrophobic surfaces 53 organic TFTs 53 carbon nanotube arrays 53 VICTREX PEEK polymer 53 quasiparticles 53 CPEB 53 conduction electrons 53 colloidal quantum dots 53 InAs 53 deoxygenation 53 translationally 53 thermodynamic equilibrium 53 Fig. 2b 53 spectroscopic technique 53 crosslinks 53 Experimentally 53 monodisperse 53 fat globules 53 ferromagnets 53 Sup# 53 piezo actuators 53 copper nanowires 53 phosphonate 53 SiO 53 ionized gases 53 electrospray 53 radical polymerization 53 passivation layer 53 agarose 53 desorption 53 nucleophilic 53 Rubisco 53 polyacrylate 53 cesium atoms 53 ferrites 53 polyimides 53 colloidal suspensions 53 TEGs 53 viscoelastic properties 53 Ketones 53 nanorings 53 azobenzene 53 supercritical fluids 53 pretreatments 53 thermostable 53 Carbon nanotube 53 Thermus thermophilus 53 polymorph 53 fluxes 53 protein adsorption 53 pentacene 53 X ray binaries 53 optical lattice 53 thermoelectric materials 53 nitrogenous 53 magnetization reversal 53 demagnetization 53 digestions 53 nanolaser 53 titanium nitride 53 Calcium chloride 53 graphene membrane 53 condenser coil 53 pigment particles 53 antihydrogen 53 dielectrophoresis 53 rheometers 53 dielectric constant 53 electrostatically 53 solutes 53 dielectric layer 53 pyroelectric 53 anaerobic environments 53 Diels Alder reaction 53 eddy currents 53 Seebeck effect 53 epitaxial layers 53 Schematic illustration 53 triangular lattice 53 polarized electrons 53 helium atoms 53 oxidisation 53 anisotropic 53 bacterium Bacillus subtilis 53 sine wave output 53 hydrogen nuclei 53 oxide layer 53 photonic bandgap 53 Nd YAG lasers 53 spectroscopic analysis 53 magnetic coupling 53 organometallic 53 microwires 53 ceramic substrate 53 linearized 53 poly ethylene glycol 53 corona discharge 53 optical atomic clocks 53 WS CRDS 53 polymerize 53 Zeolites 53 breakdown voltages 53 orbitals 53 ionize 53 conductivity 53 frequency harmonics 53 polymer fullerene 53 cryostat 53 inorganic compounds 53 nanochannel 53 hydroxyl radicals 53 oxidant 53 thermoplastic polyester 53 x ray pulses 53 alkaline pH 53 kaons 53 processive 53 heterotrophic 53 dephasing 53 antiferromagnets 53 superlenses 53 zener diode 53 chlorophyll molecules 53 gold nanocluster 53 gaussian 53 Josephson junction 53 optically transparent 53 piezoelectric materials 53 photosystems 53 nanosize 53 silicon monoxide 53 dopant atoms 53 radiative transfer 53 silicate minerals 53 helium nuclei 53 chlorine atoms 53 electron transistor 53 threshold voltages 53 steric 53 microscale 53 nanocrystalline materials 53 sterile neutrino 53 ceramic honeycomb 53 Fig. 2a 53 metallurgically 53 refractive indices 53 halide 53 biologically inert 53 silicon Si 53 Eq. 53 ionized molecules 53 quinone 53 elastic deformation 53 asparagine 53 tropospheric 53 microcapsules containing 53 oxygenic photosynthesis 53 Maxwell equations 53 ionized oxygen 53 magnetron 53 superior heat dissipation 53 proteinaceous 53 temperature coefficients 53 calcium bicarbonate 53 deoxygenated hemoglobin 53 electron neutrinos 53 magnesium silicate 53 Dirac equation 53 enzymatically 53 velocity dispersion 53 microreactors 53 semiconductor nanostructures 53 particle acceleration 53 ultrapure 53 ion beams 53 magnetocaloric 53 magnetic excitations 53 experimentally demonstrated 53 cryogenic cooling 53 polymerizes 53 riboswitch 53 diffusion coefficient 53 orbital angular momentum 53 antireflective coatings 53 thermal conductivities 53 resistive element 53 scintillator 53 sodium alanate 53 tunable diode laser 53 TappingMode 53 bandgap 53 formate 53 dimensional photonic crystal 53 solitons 53 abrasive particles 53 positronium atoms 53 compressible 53 interatomic 53 nanobubbles 53 magnetocaloric effect 53 fluidized 53 radiative cooling 53 patterning technique 53 hygroscopic 53 linearly polarized light 53 ionised 53 alloying elements 53 dewetting 53 zinc ions 53 ions 53 asphaltenes 53 chiral compounds 53 P. putida 53 porous membranes 53 permeable membranes 53 coverslip 53 Silicon carbide 53 air cooled condenser 53 sulphate aerosols 53 biomolecule 53 interconversion 53 cesium ions 53 thermic 53 silicic acid 53 micromachine 53 YSZ 53 carbohydrate molecules 52 neutralino 52 electromotive force 52 microtubes 52 oscillatory 52 calcium fluoride 52 radiative recombination 52 solubilize 52 MOS transistors 52 pulsed laser beam 52 W bosons 52 Global Warming Potential GWP 52 GPa 52 molecularly 52 graphene transistor 52 conformational changes 52 monolayers 52 mesoscopic 52 laminar flow 52 COOH 52 Bragg grating 52 dye sensitized cells 52 silicate mineral 52 adatoms 52 oxidizing agent 52 heterostructures 52 parasitic capacitance 52 enzymatic digestion 52 sulfate aerosol 52 sol gel 52 Fig. 1c 52 icosahedral 52 endonucleases 52 SWNT 52 microcapsule 52 quantum particles 52 PLLA 52 interfacial tension 52 capillary tube 52 neutrino mass 52 porphyrin 52 exothermic reactions 52 ATPase activity 52 sterile neutrinos 52 metal hydrides 52 unreacted 52 sidebands 52 homopolymer 52 collimated 52 lipid bilayers 52 hydrothermal fluid 52 AFM cantilever 52 Schottky barrier 52 poppet valves 52 phytochrome 52 Fig. 2B 52 isotope ratios 52 Raman spectra 52 ethanol butanol 52 surfactant molecules 52 tidally 52 austenitic stainless steel 52 intermetallic 52 fluorinated compounds 52 thermoacoustic 52 polyvinylidene fluoride PVDF 52 Aerogels 52 UV photons 52 parahydrogen 52 toroids 52 semiconducting carbon nanotubes 52 -# degrees Fahrenheit [002] 52 bosons 52 sulfation 52 diffusivity 52 supercritical CO 52 unnatural amino acid 52 inhomogeneities 52 physiochemical 52 intracellular pH 52 relativistic particles 52 helium atom 52 rubber bushings 52 droplet sizes 52 resonant cavity 52 strange quark 52 solder reflow 52 bacterial decomposition 52 magneto rheological 52 ρ 52 ultradense 52 TFTs 52 outgas 52 crustal rocks 52 semiconductive 52 η 52 epoxides 52 chlorine atom 52 hydrogenate