Related by context. All words. (Click for frequent words.) 80 -# degrees Fahrenheit [002] 78 -# ° C [001] 75 -# Celsius [001] 71 -# ° F [001] 70 -# ° C. [002] 68 -# º C [002] 68 cryogenic temperatures 66 -# ° Celsius [001] 66 #F #C [001] 65 Kelvin -# 64 liquid helium 64 kelvins 64 -# ° Fahrenheit 64 mK 64 -# Fahrenheit [002] 63 ° Fahrenheit 63 Mostly Cloudy Currently 63 Meanwhile preheat oven 63 -# º F [002] 62 Halifax Weather Overcast 62 kelvin 62 degC 62 degreesC 62 annealing temperature 62 Â ° C. 61 #degC [002] 61 cryostat 61 Min Temp #.# 61 rubidium atoms 61 Liquid helium 61 #deg C 61 #oF [001] 61 #oC [001] 61 Min temp 60 Celsius #.#F 60 ° F 60 degF 60 ˚ C. 60 Reheat leftovers 60 ℃ 60 #C #F [003] 60 oC 60 +# º C [002] 60 ° Celsius 59 ˚ F 59 #.degree [001] 59 deg F 59 #.degree [002] 59 PREHEAT oven 59 degrees Fahrenheit 59 gigapascals 59 degrees celcius 58 ˚ F. 58 kelvin -# 58 -# degrees Centigrade 58 supercooled 58 -# degreesC 58 Kelvins 58 degreesF 58 freezeproof 58 isotherm 58 ° C 58 superconduct 57 degrees fahrenheit 57 GJ #b [002] 57 -# ˚ C 57 degrees Farenheit 57 -# ° [002] 57 -# deg C 57 -# ˚ 57 temperature gradient 57 SQUIDs 57 gaseous helium 57 antineutrino 57 ˚ C 57 -# deg [001] 57 +# deg C [002] 57 +# deg C [001] 56 º Celsius 56 #Â ° F [002] 56 cryogenic cooling 56 -4 ° 56 GeV 56 Sparklers burn 56 ° C. 56 +# degC [002] 56 Max Temp 56 ultracold temperatures 56 gauss 56 photosphere 56 Bose Einstein condensate BEC 56 C 56 ° F. 55 isotherms 55 ultrahigh vacuum 55 +# deg C. 55 +# º C [001] 55 -# ° C. [001] 55 dielectric permittivity 55 degrees farenheit 55 helium cooled 55 +# oC 55 #Â º C 55 -# º F [001] 55 Reduce oven 55 ⁰ C 55 -# degrees centigrade [001] 55 potassium atoms 55 degrees Centigrade 55 -# º [001] 55 dewpoint temperature 55 º C. 55 #.#nm [002] 55 microvolts 55 microampere 55 º Fahrenheit 55 -# º C [001] 55 ° -# ° [001] 55 ultracold 55 ° С 55 GPa 55 -# degrees Fahrenheit [001] 55 subsurface ocean 55 solar corona 55 ° C ± 55 superheat 55 ambient temperatures 55 ° C warmer 54 +# degrees Celsius [001] 54 -# degrees Celcius 54 #.#oC [001] 54 º C 54 mid Pliocene 54 +# degreesC 54 -# ° F [002] 54 cryogenically cooled 54 W/cm2 54 tokamaks 54 2 MeV electron 54 supercooled liquid 54 ° F -# ° 54 #degreesC 54 tempera tures 54 antineutrinos 54 thermoelectric cooling 54 +# degC [001] 54 degree Centigrade 54 polaritons 54 thermal conductivities 54 planet Gliese #c 54 infrared wavelengths 54 -# degrees centigrade [002] 54 polariton 54 nanomesh 54 +# deg [001] 54 #Â ° C 54 liquid coolant 54 cosmic ray particles 54 Method Preheat oven 54 -# deg [002] 54 thermal equilibrium 54 torr 54 sodium atoms 54 temperature 54 microwave photon 54 -5 degrees Celsius 54 femtogram 53 #oF [002] 53 exosphere 53 superfluid helium 53 degrees Celcius 53 #bar [001] 53 solar nebula 53 +# ° F. 53 axial tilt 53 thermometer registers 53 millivolts 53 X ray pulses 53 Degrees Fahrenheit 53 degrees Celsius 53 cuprate 53 silicate dust 53 -# ° Celsius [002] 53 +# ° F 53 silicon monoxide 53 -8 ° C 53 ammonia NH3 53 Greenhouse gases trap 53 dipole moment 53 electrically conducting 53 weakly interacting 53 lithium atoms 53 -5 ° 53 -#.# ° C 53 electron neutrinos 53 copper oxide superconductors 53 GJ#b 53 degress Celsius 53 oven preheated 53 baryonic 53 Bose Einstein condensates BECs 53 thermal gradients 53 degrees centigrade 53 helicity 53 cosmic ray flux 53 chlorine monoxide 53 Liquid nitrogen 53 sun corona 53 silicate rocks 53 bismuth telluride 53 AFM cantilever 53 magnetic flux 52 W/m2 52 temperature gradients 52 ° C ambient 52 X ray emitting 52 geosynchronous orbit reached 52 thermoelectric coolers 52 rubidium 52 paramagnetic 52 #oC [002] 52 Bose Einstein Condensate 52 ultracold atoms 52 reduced graphene oxide 52 Bake uncovered 52 relativistic particles 52 +# degrees Celsius [002] 52 º F 52 bolometer 52 ° C ambient temperature 52 electron ion 52 radiative 52 quantum mechanically 52 exothermic reaction 52 airglow 52 meteoritic material 52 photomultiplier tubes 52 neutron flux 52 gamma rays emitted 52 #nm #nm [001] 52 deg C 52 submillimeter wavelengths 52 hafnium oxide 52 thermally stable 52 -4 ° F 52 resonant cavity 52 magma ocean 52 magnetocaloric effect 52 linearly polarized 52 thermal inertia 52 2oC 52 enthalpy 52 absorption coefficient 52 superconductive 52 toroid 52 #Â ° F [001] 52 +# º 52 quantum oscillations 52 #.#-#.# degrees Fahrenheit [002] 52 convection cooling 52 thermal EMF 52 thermal conductivity 52 nonreactive 52 quantum coherence 52 visible wavelengths 52 ion traps 52 thermometer hovered 52 submillimeter 52 water vapor condenses 52 phonon 52 UV VIS 52 radiative cooling 52 microwatts 52 W mK 52 sunlike stars 52 molten salts 52 Deg C 51 Corot 9b 51 ppmv 51 dewpoint 51 +# ° C [002] 51 thermowells 51 femtoseconds 51 bottomhole pressure 51 #x# ^ 51 megapascals 51 -2 ° C 51 Localized mild hyperthermia #.#-# 51 perihelion 51 emit X rays 51 1kV 51 4mA 51 thermal diffusivity 51 psia 51 ° C/# ° F [001] 51 bolometers 51 micrometer scale 51 photocurrent 51 gaseous methane 51 blackbody 51 dewpoints 51 photon energies 51 ionise 51 anneal 51 infrared radiation 51 comets orbiting 51 electrically insulating 51 Venusian atmosphere 51 baryonic matter 51 emits X rays 51 bake preheat oven 51 Serve chilled 51 entrapped doxorubicin 51 +# degrees Centigrade 51 QDs 51 Directions Preheat oven 51 ± #ppm [001] 51 offgas 51 magnetotail 51 permanently shadowed regions 51 conventional superconductors 51 cantilever deflection 51 cm -3 51 • LA CYGNE 51 μm diameter 51 solar irradiance 51 ° C/# ° F [002] 51 neutrino mass 51 CAIs 51 diamond anvil 51 clathrates 51 aphelion 51 dielectric strength 51 picoseconds 51 picosecond 51 ytterbium 51 LPCVD 51 degress 51 downwelling 51 microwatt 51 illuminance 51 -1 ° C 51 GOA WEATHER Max 51 asparagine containing food 51 permanently shadowed craters 51 Centigrade 51 uncooled 51 ferromagnetic 51 CMB radiation 51 bosonic 51 austenite 51 input impedance 51 degree centigrade 51 mbar 51 zirconium cladding 51 photomultiplier tube 51 ionic conductivity 51 magnetic dipole 50 ° -# ° [002] 50 planet orbits 50 superfluids 50 superconducting magnet 50 colliding protons 50 velocity dispersion 50 cooling coils 50 cheese melts 50 ohm cm 50 Saturn magnetosphere 50 Mott insulator 50 heat indicies 50 microcavity 50 thermodynamically 50 carbonate globules 50 ionised 50 #.#C #.#C 50 gravitational acceleration 50 thermodynamic equilibrium 50 #Â ° [002] 50 turbine inlet 50 #.#F [001] 50 Mercury exosphere 50 Laboratory Freezer 50 wind chill hovered 50 IR wavelengths 50 luminous galaxies 50 Magnetars 50 1mA 50 millimeter wavelengths 50 total solar irradiance 50 Mercury magnetosphere 50 FieldFox RF VNA 50 neutron spectrometer 50 θ 50 argon gas 50 toroidal 50 orbital inclination 50 pika habitat 50 exciton 50 #C #.#F [001] 50 brown dwarf 50 radioactive decay 50 VB #b 50 midlatitudes 50 drilled northwards 50 electric dipole 50 º -# º 50 Bronchial thermoplasty beams 50 micrometers thick 50 superheats 50 backscattering 50 UV photons 50 Degrees Celsius 50 +# ° C [001] 50 #.#deg [001] 50 fahrenheit 50 hydroxyl molecules 50 convective heat 50 neutrino detectors 50 interparticle 50 #degrees [002] 50 Localized mild hyperthermia 50 brown dwarfs 50 tropical troposphere 50 #.#uF 50 Alfvén waves 50 manganite 50 Michell Instruments 50 highly collimated 50 bandgaps 50 proton conductivity 50 ambient temperature 50 temperatures 50 emittance 50 X ray binaries 50 superfluid 50 μm thick 50 mount inductors 50 thermally activated 50 dielectric constant 50 transmittance 50 X ray wavelengths 50 mesosphere 50 planet Gliese #g 50 upper troposphere 50 #C/#F/Gas 50 0C #F 50 superconducting wires 50 micrometre sized 50 ohmic 50 thermal gradient 50 Bose Einstein condensate 50 harmful ultraviolet radiation 50 detect neutrinos 50 MPa 50 conductivity 50 #.#C #.#F [004] 50 particle detectors 50 #μA [002] 50 Ulysses spacecraft 49 2ppm 49 ° F oven 49 solder reflow 49 orbital eccentricity 49 ionized gas 49 luminosities 49 #f #c 49 nanowatts 49 celcius 49 º F. 49 #μ 49 Bose Einstein condensation 49 -5 ° C 49 millimeter wavelength 49 moon Enceladus 49 shadowed craters 49 proton proton collisions 49 meV 49 arcsecond 49 atomic lattice 49 alkali atoms 49 preheats 49 FWHM 49 5kV 49 wavelength tunability 49 1μm 49 MELFI 49 carbonate minerals 49 nanoliters 49 J# +# [002] 49 quasiparticles 49 -# º [002] 49 Higgs bosons 49 piezoresistive 49 soluble Cu 49 ms -1 49 49 lowermost mantle 49 electron volt 49 preheated oven 49 #C #C [001] 49 endothermic 49 lunar meteorites 49 microamp 49 GOA WEATHER Temp 49 superconducting 49 VY Canis Majoris 49 optically pumped 49 missing baryons 49 thermal decomposition 49 supercooling 49 Orbital Slot 49 spectroscopic analysis 49 redshifts 49 MeV 49 mT 49 single photon detectors 49 Cassini ion 49 electron pairs 49 ± #.#dB 49 hydrides 49 nanolaser 49 Bose Einstein condensates 49 graphite whiskers 49 beryllium ions 49 orbital resonance 49 MG J# +# 49 micrometre 49 ferrite core 49 graphene membranes 49 Magnetic Imager HMI 49 #Â ° C. 49 solar radii 49 spatially resolved 49 photoconductive 49 interfacial tension 49 cesium atom 49 Aquasar 49 metallic nanostructures 49 resonance frequency 49 thermal conductance 49 metallicity 49 leakage currents 49 nanodroplets 49 #lm [002] 49 keV 49 degree celcius 49 solvation 49 seabed sediments 49 martensite 49 thermocouples 49 differential scanning calorimetry 49 compressive stress 49 +# º C. 49 cesium atoms 49 2C #.#F 49 ultraviolet wavelength 49 psig 49 absorption spectroscopy 49 nanoliter 49 irradiance 49 habitable zones 49 3He 49 cryocooler 49 subvertical dip 49 Josephson junctions 49 degrees celsius 49 -# ° C [002] 49 superconductive wire 49 photon counting 49 emission wavelength 49 thermostatic 49 metastable 49 neutrons 49 vibrational modes 49 #degC [001] 49 supersolid 49 • POMME DE 49 magnetization 49 quark gluon plasma 49 superheated steam 49 gaseous planets 49 shorter wavelengths 49 SWCNT 49 optical lattices 49 freezer compartment 49 ¢ ª 49 ionizes 49 #.#C [004] 48 magnetospheric 48 antihydrogen atoms 48 habitable zone 48 Jupiter icy moons 48 magnetic anisotropy 48 osmotic pressure 48 galactic disk 48 antihydrogen 48 milliampere 48 mu m 48 absorbs ultraviolet 48 kPa 48 ppm ° C 48 fermion 48 chemically reactive 48 kGy 48 absorb photons 48 frictional heating 48 Composite Infrared Spectrometer 48 smallest exoplanet 48 strontium titanate 48 MWIR 48 temperature superconductor 48 strange quark 48 -4 ° C 48 input capacitance 48 multiwalled carbon nanotube 48 milliamperes 48 superfluidity 48 corona discharge 48 μW 48 -5 ° C. 48 martian atmosphere 48 nanosheets 48 spicules 48 VLTI 48 synchrotron x ray 48 photometer 48 muon neutrinos 48 MWCNTs 48 infrared spectra 48 adiabatic 48 supersymmetric particles 48 chromosphere 48 Sitrans LR# 48 fA 48 multiphoton 48 #.# mb 48 preheated #F #C 48 phototransistor 48 Heat wok 48 Ozone O3 48 deg C. 48 #.#C #.#F [003] 48 polar vortex 48 pulse widths 48 hygrometers 48 tokamak 48 quantum superposition 48 photolysis 48 galactic cosmic rays 48 thermosphere 48 Sulfuryl fluoride 48 ° F/# ° C [001] 48 superconducting magnetic 48 exoplanetary 48 insolation 48 º F oven 48 antiprotons 48 #C/gas mark 48 Heatpipe 48 #Â º [001] 48 energetic electrons 48 ultrashort pulses 48 polymerizes 48 gravitationally lensed 48 electrons protons 48 1nm 48 Antarctic stratosphere 48 photoelectron spectroscopy 48 ± #ppm [002] 48 semiconducting material 48 Pt# 48 absorption spectra 48 polarimetry 48 yttrium barium copper 48 #lm [001] 48 recrystallization 48 resonant frequencies 48 HARPS instrument 48 ultraviolet wavelengths 48 kilopascals 48 solar insolation 48 electronic excitations 48 WASP #b 48 alpha particles 48 water vapor 48 polar mesospheric clouds 48 microcavities 48 simmer uncovered 48 medium doneness 48 protoplanetary 48 #.#C #F [002] 48 Conductivity 48 chlorophyll fluorescence 48 photon absorption 48 absorb neutrons 48 barium titanate 48 electron accelerators 48 m/s2 48 superconducting quantum interference 48 pyrometer 48 ionized gases 48 lithosphere 48 atmospheric CO2 concentrations 48 ppm boron 48 photosynthetic apparatus 48 minus #degC 48 micron diameter 48 nitride layer 48 Cancri e 48 detect gamma rays 48 qubits 48 C0G 48 Weather Partly cloudy 48 cm ^ sup 48 Saturn Enceladus 48 fission reactor 48 #GHz [001] 48 #C/#F/gas mark 48 1ppm 48 APTIV film 48 fluorescence emission 48 antiferromagnets 48 Oort Cloud 48 0C 48 formamide 48 geothermal gradient 48 Texoma Elevation 48 nanoantennas 48 gaseous planet 48 dimensional electron 48 hermetic sealing 48 Rossby waves 48 terahertz quantum cascade 48 radial velocity technique 48 tensile stress 48 elongated orbits 48 degree Celsius 48 deuterium 48 cryocoolers 48 vaporisation 48 CoRoT 7b 48 centigrade 48 reaction kinetics 48 antibiotics biocides disinfectants 48 hexamers 48 membrane electrode assemblies MEAs 48 Rydberg atom 48 dipolar 48 resistive element 48 quasiparticle 48 crystallinity 48 viscosity liquids 48 magnetisation 48 isotope fractionation 48 cryogen 48 thermal insulator 48 crystal lattices 48 Neutron stars 48 helium atoms 48 nanomagnets 48 Eemian 47 2C #F 47 supercurrent 47 polarimeter 47 -# Fahrenheit [001] 47 icy moons 47 ellipsometry 47 electro optic modulator 47 nonequilibrium 47 cuvettes 47 compensated crystal oscillators 47 #.#C above 47 GaN wafers 47 Fomalhaut b 47 refractive index 47 solar neutrinos 47 elastic modulus 47 ratiometric 47 inertial confinement 47 thermoelectric generators 47 HFIR 47 NWs 47 Global Warming Potential GWP 47 electrochemically 47 Voltages 47 femtosecond 47 longwave radiation 47 TEGA instrument 47 prograde 47 nanodot 47 retroreflector 47 protons collide 47 picogram 47 stoichiometry 47 superconducting materials 47 pyroxene 47 laser excitation 47 micron thick 47 #.#oC [002] 47 temprature 47 silicate mantle 47 axions 47 graphene layers 47 shear modulus 47 oxidized mercury 47 coronal holes 47 refractive indices 47 -# degrees Celsius [002] 47 ultrahigh purity 47 ferroelectricity 47 ps nm 47 heavy fermion 47 absorbs sunlight 47 #.#C [003] 47 photoemission 47 crystallites 47 cm ² 47 cm -2 47 ° C -# ° 47 electrical resistivity 47 backscattered 47 photons emitted 47 ferromagnetic materials 47 reentry capsule 47 nitriding 47 μS cm 47 flowrate 47 optical lattice 47 electrical conductivity 47 aerosol concentrations 47 graphite oxide 47 cosmic ray intensity 47 preheated 47 geomagnetic activity 47 ionize 47 photon beams 47 Rydberg atoms 47 angular displacement 47 ° C/# 47 magnetocaloric 47 ferromagnetism 47 stratospheric clouds 47 sunspot activity 47 X ray binary 47 Neptune Uranus 47 polar latitudes 47 superconductivity 47 degree Celcius 47 isotopic ratios 47 tensile stresses 47 circumstellar disk 47 magnetic excitations 47 magnetic monopoles 47 excitation 47 Refrigerate overnight 47 +# ° C. [001] 47 trillionths 47 photochemical reactions 47 2nm 47 Methane CH4 47 GFlops 47 electron spins 47 molten magma 47 ultrapure water 47 degrees Celsius #F 47 chromium chloride 47 X ray emission 47 unpolarized 47 Spectroscopic 47 planet HD #b 47 feedwater 47 Tc superconductors 47 Mg Fe 47 melt processable 47 bandgap 47 Ultracold 47 supercold 47 magnetically coupled 47 kT 47 SWNTs 47 colloidal crystals 47 isotopic composition 47 loving amoeba 47 TUESDAY Mostly sunny 47 +# deg [002] 47 nanobubbles 47 nanometers billionths 47 attosecond 47 impedance input 47 mantle plumes 47 magnetosphere 47 electromotive force 47 post perovskite 47 Force Microscopy 47 ° C. Brush 47 volts mil 47 ° C. Grease 47 #F oven 47 rocky planets 47 emits photon 47 star Gliese 47 GJ #b [001] 47 InAs 47 anomalously warm 47 oscillation amplitude 47 Â ± 47 z = 47 HD #b [002] 47 Surface Temperature 47 volcanic moon Io 47 tholins 47 cosmological distances 47 solar minima 47 filamentary structure 47 ionised gas 47 lunar craters 47 hydrosphere 47 RXTE 47 thermodynamic properties 47 neutral mass spectrometer 47 #'C 47 collimated 47 IBEX spacecraft 47 2degC 47 millibar 47 Btuh 47 combustor 47 Mpc 47 rubidium vapor 47 ADXL# 47 microbalance 47 Rayleigh scattering 47 superposition 47 variable resistor 47 #V dc [001] 47 Surface Composition Spectrometer 47 helium nuclei 47 deg Celsius 47 Earth magnetosphere 47 microbolometers 47 spheroidal 47 C/# [003] 47 moons orbiting 47 ammonia hydrates 47 ± 5ppm 47 liquid nitrogen 47 Goldilocks zone 47 GaN transistor 47 SiO 47 #.#um [001] 47 • TUTTLE CREEK 47 Degree Celsius 47 MELFI Minus Eighty 47 Preheat grill 47 methane hydrates exist 47 6C #F 47 waning gibbous 47 parahydrogen 47 tempera ture 47 • GLEN ELDER 47 exothermic 47 hollow cylindrical 47 5μm 47 synchronous orbit 47 photons particles 47 antiquarks 47 WEST CENTRAL Temperatures 47 intrinsic brightness 47 nebular 47 geoneutrinos 47 chromatographic separations 47 minus 1C 47 5mm x 6mm 47 slightly thickened 47 topological insulators 47 ablates 47 Larisa Demchenko 47 peltier 47 substorm 47 electrochemical capacitors 47 #um [002] 47 radians 47 luminous flux 47 COROT 7b 47 AFUE 46 quasar 46 saucepan melt butter 46 extrasolar 46 constellation Hercules 46 dissolved salts 46 CaCO 3 46 conductance 46 tidally locked 46 THENCE SOUTH 46 boron nitride 46 helium atom 46 Kepler 9c 46 plasmon 46 spherically symmetric