Related by context. All words. (Click for frequent words.) 75 -# ° Celsius [001] 65 Halifax Weather Overcast 64 -# ° F [001] 64 -# degrees Celsius [001] 64 -# ° C [001] 64 Kelvin -# 63 -# degreesC 63 -# Celsius [001] 62 -# ° [002] 62 #degC [002] 62 -# deg C 61 degreesF 61 +# º C [002] 61 +# degreesC 61 Mostly Cloudy Currently 61 Min temp 61 +# degC [002] 61 -# º C [002] 61 Min Temp #.# 60 +# º C [001] 60 +# ° F 60 +# oC 60 cryogenic cooling 60 Meanwhile preheat oven 60 +# degC [001] 59 -# degrees Fahrenheit [002] 59 degF 59 -4 ° 58 degC 58 +# degrees Celsius [001] 58 -# ° C. [002] 58 SQUIDs 58 +# deg C [001] 58 +# deg C [002] 58 isotherm 58 cryogenic temperatures 58 -# Fahrenheit [002] 58 deg F 58 +# ° F. 58 Max Temp 57 Liquid helium 57 paramagnetic 57 Reheat leftovers 57 -4 ° F 57 antibiotics biocides disinfectants 57 #F #C [001] 57 electrons positrons 57 #oF [001] 57 -# ˚ C 57 ionise 57 #oC [001] 57 microvolts 56 Â ° C. 56 PREHEAT oven 56 ° F -# ° 56 -# degrees Celcius 56 ionized gases 56 -# º [001] 56 ratiometric 56 -# deg [002] 56 ° C ambient temperature 56 annealing temperature 56 -# º F [002] 56 -# º C [001] 56 pyrometers 55 quantum oscillations 55 thermometers barometers dental amalgams 55 degreesC 55 isotherms 55 thermal EMF 55 dielectric permittivity 55 piezoresistive 55 -# degrees Centigrade 55 dielectric strength 55 ° C ± 55 rubidium vapor 55 C 55 Celsius #.#F 55 ultrahigh vacuum 55 corona discharge 55 +# degrees Celsius [002] 55 hygrometers 55 Pressure Transducer 55 ionization mass spectrometry 55 +# º 54 molten salts 54 vibrationally excited 54 oC 54 -# ˚ 54 cm -3 54 -5 ° C 54 º Fahrenheit 54 #.#Hz 54 W/cm2 54 #degreesC 54 Reduce oven 54 θ 54 #Â ° C 54 tokamaks 54 mK 54 Kelvins 54 +# deg [001] 54 thermoelectric cooling 54 #.#nm [002] 54 torr 54 ° C -# ° 54 laser excitation 54 solder reflow 54 +# deg C. 54 #bar [001] 54 Greenhouse gases trap 54 superfluids 54 ionisation 54 ℃ 54 dewpoint temperature 54 convective heat 54 #deg C 53 freezeproof 53 reduced graphene oxide 53 ° -# ° [002] 53 -# º [002] 53 cryostat 53 ultracold temperatures 53 cuprate 53 thermal gradients 53 radiative cooling 53 bottomhole pressure 53 cosmic ray flux 53 cryogenically cooled 53 tensile stresses 53 endothermic 53 #-# mA 53 Method Preheat oven 53 bismuth telluride 53 Near Infrared NIR 53 GOA WEATHER Temp 53 fluid viscosity 53 Quiescent current 53 microcavity 53 entrapped doxorubicin 53 #Â º C 53 emits photon 53 thermally activated 53 photolysis 53 downwelling 53 ultrasonic transducers 53 airglow 53 ammonia NH3 53 plasmasphere 53 gamma rays emitted 53 linearly polarized light 53 cosmic ray particles 53 photomultiplier tubes 53 membrane electrode assemblies MEAs 53 ° C ambient 53 copper oxide superconductors 53 Pt# 53 -# ° F [002] 53 helicity 53 +# deg [002] 53 blackbody 53 ˚ F. 53 Sparklers burn 53 milliamperes 52 kelvin 52 ° С 52 +# ° C [002] 52 backscattered 52 dipole moment 52 microwatt 52 ohm cm 52 -5 ° 52 non dispersive infrared 52 THENCE NORTH 52 helium cooled 52 geosynchronous orbit reached 52 Localized mild hyperthermia #.#-# 52 kelvin -# 52 X ray pulses 52 polaritons 52 volts mil 52 8kV 52 5kV 52 #.degree [002] 52 Deg C 52 lithium niobate 52 microampere 52 absorption spectra 52 thermal decomposition 52 shear modulus 52 +# º C. 52 polariton 52 uncooled 52 magnetostrictive 52 μm diameter 52 Input Voltage 52 linearly polarized 52 bending buckling 52 cantilever deflection 52 #C #.#F [001] 52 MeV 52 ultrashort pulses 52 #.# mb 52 bosonic 52 quantum mechanically 52 thermoelectric coolers 52 UV photons 52 celcius 52 ˚ F 52 pyroelectric 52 supercooled liquid 52 silicon monoxide 52 Input voltage 52 pH ORP 52 absorption spectroscopy 52 #V dc [002] 52 THENCE SOUTH 52 ionize 52 #Â º [001] 52 logarithmic amplifiers 52 superconducting qubit 52 Interferometric 52 thermal diffusivity 51 #Â ° F [002] 51 5V supply 51 MWIR 51 electromagnetic flux 51 piezoelectric crystal 51 inductive proximity 51 nanopositioning stages 51 Nd YAG lasers 51 -# deg [001] 51 nonthermal 51 pyrometer 51 ° sec 51 electron flux 51 weakly interacting 51 +# degrees Centigrade 51 σ 51 LiNbO3 51 thermodynamically 51 photobleaching 51 silicate rocks 51 energetic electrons 51 thermal annealing 51 electron doped 51 1kV 51 nanofluids 51 input impedance 51 thermocouples 51 ohmic 51 input capacitance 51 ultracold 51 #Â ° [002] 51 frequency transducers 51 μW 51 loving amoeba 51 circularly polarized 51 MΩ 51 electromotive force 51 UV VIS 51 hyperpolarization 51 photon flux 51 OptoCooler HV# 51 emits X rays 51 Gamma rays 51 superheat 51 thermally stable 51 antineutrinos 51 InSb 51 kelvins 51 niobium titanium 51 Alfvén waves 51 dewpoint 51 absorbance 51 velocity dispersion 51 frictional heating 51 corrosive fluids 51 cobblestone streets doused 51 metastable 51 Degrees Fahrenheit 51 thermodynamic equilibrium 51 4mA 51 variable resistor 51 lamp ballasts 51 cesium atom 51 & Capacitive Proximity 51 -4 degrees Fahrenheit 51 4kV 51 milliampere 51 microwatts 51 mV V 51 -# ° Celsius [002] 51 thermodynamic properties 51 monochromators 51 relativistic particles 51 radiofrequency RF 51 electron accelerators 51 microamp 51 saturable 51 ° C/# ° F [001] 51 thermally induced 51 #.#VDC 51 plasmon 51 μH 51 ultrasonic vibrations 51 DC LVDT 51 convection cooling 51 ionized molecules 51 bolometers 51 6C #F 50 excitonic 50 ° C 50 5μm 50 TEMPERATURE 50 quantum cascade 50 thermal conductivities 50 Ozone O3 50 ion detector 50 toroid 50 neutron radiation 50 phonon 50 supersolid 50 #.#uF 50 • GLEN ELDER 50 IR LEDs 50 kilopascals 50 SMT LEDs 50 photosynthetic apparatus 50 -# ° [001] 50 #nm #nm [002] 50 emit X rays 50 chlorine monoxide 50 submillimeter 50 2 MeV electron 50 vaporisation 50 GOA WEATHER Max 50 electron tunneling 50 -# º F [001] 50 Orbital Slot 50 С 50 rubidium 50 tropospheric 50 vanadate 50 ultraviolet wavelength 50 inelastic scattering 50 ± #V [002] 50 supercooling 50 Ionic liquids 50 synchrotron emission 50 rubidium atoms 50 +5 +# 50 ± #.#dB 50 Varistors 50 ionic contaminants 50 cm ² 50 Mercury exosphere 50 single photon detectors 50 #V dc [001] 50 high throughput MALDI 50 neutral mass spectrometer 50 electrochemical sensor 50 circular dichroism 50 transmissivity 50 tungsten halogen 50 nitric oxide synthase NOS 50 enthalpy 50 ultracold atoms 50 electrically conducting 50 magnetically coupled 50 Bose Einstein condensate BEC 50 reflow soldering processes 50 ± #V [001] 50 ionic conductivity 50 oscillation amplitude 50 thermal equilibrium 50 Temperature Range 50 TCXOs 50 THE MAXIMUM TEMPERATURE 50 circularly polarized light 50 -#.# ° C 50 dipolar 50 Fourier transform infrared spectroscopy 50 exosphere 50 vibration humidity 50 metallic nanostructures 50 denaturation 50 prograde 50 precess 50 • LA CYGNE 50 electrothermal 50 electrical resistivity 50 degree Centigrade 50 millimeter wavelength 50 exothermic reaction 50 #C #F [003] 50 absorbs photons 50 -# degrees centigrade [002] 50 emits photons 50 Skiatook Elevation 50 microfocus X ray 50 Rydberg atom 50 photon energies 50 ± #ppm [001] 50 hypercapnia 50 uniaxial 50 galactic disk 50 WEATHER Sunny 50 tunable diode laser 50 optically pumped 50 Spectrometers 50 Follow Vishay 50 Localized mild hyperthermia 50 ¢ ª 50 mount inductors 50 V dc 50 multicell 50 PEDOT nanotubes 50 DUTs 50 potassium atoms 50 Texoma Elevation 50 kPa 50 toroidal 50 discharge ESD protection 50 spectral purity 50 polarimeter 50 Thermocouples 50 lowermost mantle 49 electron neutrinos 49 mA output 49 amperometric 49 transcranial 49 ADXL# 49 cementite 49 helium ions 49 #.#MHz [007] 49 ferrite core 49 ionised 49 InAs 49 X ray wavelengths 49 • POMME DE 49 Thermocouple 49 coriolis 49 Potentiometers 49 absorb neutrons 49 microcavities 49 X rays gamma rays 49 sodium atoms 49 thermoelectric cooler 49 impedance input 49 electrons protons 49 chemiluminescence 49 º Celsius 49 degrees Farenheit 49 milliohm 49 #VDC [002] 49 pulse widths 49 formamide 49 WEATHER Mostly sunny 49 temperature coefficient 49 emission spectrometer 49 Schematic representation 49 electrochemically 49 #f #c 49 sonoluminescence 49 cryocooler 49 backscattering 49 -8 ° C 49 ultraviolet laser 49 +1 +3 49 subsurface ocean 49 colloidal crystals 49 absolute rotary encoders 49 sub picosecond 49 graphite whiskers 49 thermal gradient 49 ultrasonics 49 positron emitting 49 Carbon nanotube 49 emission wavelength 49 coil voltages 49 post perovskite 49 5V input 49 heavy fermion 49 normothermic 49 Î ¼ 49 X ray emitting 49 optomechanical 49 ultracold molecules 49 Bose Einstein condensates 49 Rayleigh scattering 49 gelation 49 Ti sapphire laser 49 spontaneous fission 49 ± 5ppm 49 -2 ° C 49 mbar 49 yttrium barium copper 49 -# ° C. [001] 49 synchronous motor 49 brushless DC motors 49 phototransistors 49 absolute TCR 49 photosphere 49 isotope fractionation 49 radiometers 49 gravitational acceleration 49 +2 +4 C 49 -5 ° C. 49 laser desorption 49 1mA 49 multiphoton 49 degrees farenheit 49 NEMA 4X enclosure 49 dI dV 49 mH 49 temperature coefficients 49 immiscible 49 manganite 49 Sitrans 49 voltage divider 49 EDXRF 49 QCLs 49 nonequilibrium 49 #.#F [002] 49 nanowatts 49 photoelectron spectroscopy 49 superconducting magnetic 49 bake preheat oven 49 heterostructures 49 autoclavable 49 magnetic excitations 49 IR wavelengths 49 hydrosphere 49 GPa 49 diffusive 49 magnetic dipole 49 MG J# +# 49 photoelectrochemical 49 +3 +8 C 49 Methane CH4 49 superheated steam 49 vibration isolation 49 broadly tunable 49 ferroelectricity 49 aqueous electrolyte 49 ps nm 49 NBTI 49 photons emitted 49 turbine inlet 49 Infrared Thermometer 49 UV irradiation 49 #Vdc [003] 49 dimensional electron 49 hydrothermal fluid 49 #mA [003] 49 pH conductivity 49 transmittance 49 corrosive gases 49 mΩ 49 pika habitat 49 +# ° C [001] 49 interfacial tension 49 kcal mol 49 quadrupole 49 collinear 49 feedthrough 49 Solar flares 49 Â ± 49 fluorescence quenching 49 van der Waals interactions 49 millivolt 49 Weather Partly cloudy 49 polymer substrates 49 ° Fahrenheit 49 +7 +# 49 photometer 49 C0G 49 electret 49 #lm [002] 49 bistable 49 cadmium zinc telluride 49 #ppm ° C 49 +# ° C. [002] 49 #nm #nm [001] 49 TappingMode 49 #pF [001] 49 bipolar transistors 49 thermonuclear fusion 49 temperature gradients 49 spatially resolved 49 Fig. 2b 49 femtogram 49 OCXOs 49 mV g 49 ^ sup -1 49 electrostatic discharges 49 μV 49 photoconductive 49 NMR spectra 49 • JACOMO 49 inductive loads 49 #mΩ [001] 48 synchronous buck converter 48 nanopositioning 48 HRTEM 48 diffract 48 Korty reiterated 48 #V ac 48 supercooled 48 thermostatic 48 #VAC [002] 48 starquakes 48 FieldFox RF VNA 48 arbitrary waveforms 48 scanning microscopy 48 Elemental mercury 48 +5 +7 C 48 ˚ C. 48 magnetron 48 #.#Ω 48 temperature 48 polymerizes 48 MyFordTouch dashboard system 48 millivolts 48 recrystallization 48 vertical keystone correction 48 atomic lattice 48 vorticity 48 resonant tunneling 48 ± #ppm [002] 48 osmotic pressure 48 output voltages ranging 48 radial leaded 48 Alfven waves 48 #nm wavelength [001] 48 #lm [001] 48 teleoperated 48 gaseous planets 48 keV 48 typ 48 HMC#LP#E 48 visible wavelengths 48 vortex shedding 48 IR spectra 48 osmotic stress 48 resonant cavity 48 electromagnetically 48 ° F/# ° C [001] 48 magnetospheric 48 wind chill hovered 48 VCXO 48 #.degree [001] 48 beamsplitters 48 +2 -3 48 nematic 48 intraventricular 48 bi axial 48 48 GJ #b [002] 48 #mV V 48 rotational torque 48 ray fluorescence 48 Carbon dioxide traps 48 ° F 48 galactic cosmic rays 48 capacitively coupled 48 chemically reactive 48 Bose Einstein Condensate 48 sonication 48 xenon lamp 48 NiMH NiCd 48 shock proteins HSPs 48 -3 dB 48 #A #F 48 infrared IR 48 sealless 48 5VDC 48 polyphase 48 -# degrees Fahrenheit [001] 48 emission spectroscopy 48 #S #W 48 quantum coherence 48 cadmium sulfide 48 comparatively balmy 48 radiofrequency waves 48 cesium vapor 48 liquid coolant 48 isotropic 48 ε 48 Impedance 48 vaporize arterial blockages 48 emit photons 48 photochemical reactions 48 ° -# ° [001] 48 mT 48 CMB radiation 48 ultraviolet photons 48 methemoglobin 48 #/#Hz [001] 48 optical isolator 48 geothermal gradient 48 bipolar radiofrequency 48 Ultrahigh 48 upper tropospheric 48 m/s2 48 1ppm 48 electric ion propulsion 48 Venusian atmosphere 48 ferrites 48 isothermal 48 pH electrode 48 W mK 48 piezoelectric transducer 48 erbium 48 emit photon 48 resonant frequencies 48 viscoelastic properties 48 X ray binaries 48 earth orbiting satellites 48 3 x 3mm 48 ionized gas 48 photon counting 48 dc voltage 48 demodulate 48 unpolarized 48 photoactivation 48 τ 48 piezo actuators 48 subvertical dip 48 cosmic ray intensity 48 topological insulators 48 resonance frequency 48 voltage coefficient 48 electroluminescence 48 pulsed plasma 48 VY Canis Majoris 48 Position Sensors 48 solvation 48 heterodyne 48 ablate tissue 48 Spectroscopic 48 interferometers 48 arcmin 48 nonionizing 48 Photodiode 48 fermion 48 THz radiation 48 piezoelectric transducers 48 nanoglue 48 Conductivity 48 hysteretic 48 sinewave 48 antiproton 48 NTC thermistor 48 cm -2 48 RMS# #DT 48 supercritical steam 48 TONIGHT Clear 48 photon detection 48 photoelectron 48 ionization 48 electro static 48 silicate dust 48 interferometric 48 Directions Preheat oven 48 non ionizing 48 vortex flowmeters 48 peltier 48 magma ocean 48 PIN photodiode 48 femtosecond laser pulses 48 Photoelectric Sensors 48 sensitive liposomal encapsulation 48 superfluid helium 48 local oscillator LO 48 ⁰ C 48 #.#C #.#C 48 +6 +# 48 Promass 48 PUVA psoralen plus 48 thermal conduction 48 picosecond laser 48 Thermal conductivity 48 Schottky Diodes 48 fs pulses 48 infrared emitters 48 nuclide 48 monotube 48 magnetic fields 48 1kHz 48 Neutron stars 48 #uA [001] 48 deuterium tritium 48 rugged conduction cooled 48 Jupiter icy moons 48 Flowmeter 48 intracavitary 48 WEATHER SUMMARY 48 jovian 48 Josephson junction 48 excitation 48 magnetoresistance 48 #ksps 48 midlatitudes 48 SNR #-#.# 48 Inductors 48 ambient temperatures 48 interplanetary spacecraft 48 1μm 48 +2 +7 C 48 photoionization 48 megohms 48 thermal foldback 48 V ac 48 convection cooled 48 carbonyl sulfide 47 Supplementary Fig 47 excitons 47 #um [002] 47 terahertz frequencies 47 inductive load 47 Viewing Angle 47 retroreflector 47 9xx nm 47 dielectric withstanding voltage 47 detect neutrinos 47 amplitudes 47 -1 ° C 47 ultrafast pulses 47 ciclosporin methotrexate 47 metallicity 47 polarimetry 47 #.#oC [002] 47 thermal impedance 47 piezoelectric actuators 47 diffusivity 47 WEST CENTRAL Temperatures 47 Mercury magnetosphere 47 argon fluoride 47 #.#C #F [002] 47 superheats 47 1ns 47 breakdown voltages 47 ionizes 47 Cavity Ring Down 47 kHz frequency 47 Korty stressed 47 optical encoder 47 leakage currents 47 +7 dBm 47 psig 47 5mA 47 hydroxyphenyl 47 2kV 47 ion flux 47 dormant spores 47 oscillation frequency 47 Fig. 1c 47 3He 47 orbital inclination 47 #nm #nm [003] 47 electromagnetic impulses 47 gigapascals 47 photoemission 47 magnetisation 47 amplitude modulated 47 HTPS 47 #.#-# V 47 chalcogenide glass 47 fluorometer 47 IP# compliant 47 #Ω [002] 47 temprature 47 -# ° C [002] 47 Tc superconductors 47 beneath Merapi lava 47 +# ° C. [001] 47 cryocoolers 47 electrokinetic 47 compensated crystal oscillators 47 ATEX certified 47 nonpolar 47 R#a 47 Ultracold 47 electroactive 47 deflagration 47 min -1 47 Si substrate 47 millimeter wavelengths 47 overvoltage protection 47 ambient temperature 47 sodium metal halide 47 hertz Hz 47 -# º C. 47 transformers inductors 47 detect gamma rays 47 pyrolytic 47 hypersonic speeds 47 7V 47 Temperature Probe 47 corrosive atmospheres 47 Pulse CO Oximeter 47 shunt resistors 47 electrically insulating 47 ferromagnetic materials 47 #F #F [002] 47 equilibration 47 Fig. 4A 47 #μA [002] 47 TONIGHT Mostly clear 47 sun corona 47 exothermic 47 ppm ° C 47 ionizing 47 5V tolerant 47 AST# 47 invisible odorless tasteless 47 PWM output 47 supercold 47 opto mechanical 47 nonlinear optics 47 diamagnetic 47 sunlight readability 47 FAIMS 47 º C 47 thermal conductance 47 tunable filters 47 Ncm 47 z = 47 normoxic 47 interferometric synthetic aperture radar 47 eccrine 47 superconducting materials 47 controlled crystal oscillator 47 photomultiplier tube 47 Z Foil 47 electrospray ionization 47 photochemically 47 2oC 47 Dissolved Oxygen 47 reaction kinetics 47 √ Hz 47 #Vdc [002] 47 angular displacement 47 particulate contamination 47 RovA 47 LWIR 47 thermistors 47 #Ah 47 upper troposphere 47 magma molten rock 47 RXTE 47 voltage transients 47 bipolar transistor 47 Rossby waves 47 bolometer 47 Luxtron 47 emittance 47 conjugated polymer 47 triac 47 excitations 47 microwave photon 47 • MELVERN 47 #mA output [002] 47 near infrared NIR 47 LTR# 47 nanomolar 47 meV 47 superior heat dissipation 47 tempera ture 47 tissue ablation 47 ionized particles 47 LPCVD 47 flowrate 47 Leak Detector 47 upflow 47 Liquid nitrogen 47 micropumps 47 chemical reactants 47 l h 47 absorbs ultraviolet 47 frequency electromagnetic waves 47 austenite 47 hyperthermic 47 melt viscosity 47 spectro 47 mOhm 47 #μs [002] 47 rotary piston 47 superlattice 47 Gas hydrates 47 electron pairs 47 dissolved oxygen pH 47 +3 +5 C 47 #ohm [002] 47 coplanar 47 infrared imager 47 BLDC motors