Related by context. All words. (Click for frequent words.) 69 degreesF 68 -# degreesC 68 #oF [001] 68 degC 68 #F #C [001] 67 ˚ F 67 ° C 67 -# ° F [001] 67 Â ° C. 67 Halifax Weather Overcast 67 C 66 Min temp 66 #oC [001] 66 degF 66 oC 65 deg F 65 +# º C [002] 65 +# degreesC 65 #.degree [002] 65 #degC [002] 65 +# degC [002] 64 Deg C 64 -# degrees Centigrade 64 Mostly Cloudy Currently 64 #degreesC 64 ˚ C 63 #C #F [003] 63 Meanwhile preheat oven 63 ℃ 63 #Â ° C 63 #.degree [001] 63 -# º F [002] 63 #deg C 63 ° Fahrenheit 63 -# ˚ C 63 -# ° C [001] 62 +# º C [001] 62 Min Temp #.# 62 #Â º C 62 -# ° [002] 62 ˚ F. 62 -# degrees Celsius [001] 62 +# oC 62 -#.# ° C 62 mK 62 +# degC [001] 61 º Fahrenheit 61 ¢ ª 61 annealing temperature 61 ˚ C. 61 microvolts 61 isotherm 61 ohm cm 61 ° F 61 +# deg C [001] 61 -# deg C 61 ° C. 61 -4 ° 61 +# degrees Celsius [001] 61 º Celsius 61 dewpoint temperature 61 PREHEAT oven 60 #Â ° F [002] 60 -# º [001] 60 +# ° F. 60 -# º C [002] 60 ⁰ C 60 +# deg [002] 60 ° F -# ° 60 +# deg C [002] 60 º C 60 Reheat leftovers 60 º C. 60 ° C ± 60 -# degrees Fahrenheit [002] 60 ± #ppm [001] 60 -5 ° C 60 +# ° F 60 thermal EMF 60 -# ° C. [002] 60 Kelvin -# 59 -# º F [001] 59 +# º 59 Degrees Celsius 59 -# º C [001] 59 ° C/# 59 GOA WEATHER Temp 59 ° Celsius 59 +# ° C [002] 59 -# Celsius [001] 59 ° C ambient 59 dielectric strength 59 ° C. Brush 59 degrees fahrenheit 59 ° -# ° [002] 59 Reduce oven 59 º F 59 -# ° F [002] 59 ° -# ° [001] 58 celcius 58 -# ˚ 58 Liquid nitrogen 58 torr 58 degrees Farenheit 58 ° C ambient temperature 58 -# degrees Fahrenheit [001] 58 +# degrees Centigrade 58 -# deg [002] 58 ppm ° C 58 #oC [002] 58 degrees farenheit 58 58 Method Preheat oven 58 ° C/# ° F [001] 58 temprature 57 temperature 57 Celsius #.#F 57 #Â ° F [001] 57 #ppm ° C 57 degrees Fahrenheit 57 -1 ° C 57 fahrenheit 57 -# ° Celsius [001] 57 ° F. 57 W/cm2 57 #oF [002] 57 microampere 57 Max Temp 57 ° С 57 +5 +# 57 kelvin 57 Å -1 57 W mK 56 -# deg [001] 56 +# ° C [001] 56 +# degrees Celsius [002] 56 μH 56 solder reflow 56 #mΩ [001] 56 ALT elevation 56 -2 ° C 56 º -# º 56 megohms 56 degree Centigrade 56 #.#nm [002] 56 W/m2 56 Centigrade 56 -# ° C [002] 56 -5 ° 56 cm ^ sup 56 √ Hz 56 degrees celcius 56 -4 ° F 56 #.#deg [002] 56 μg ml 56 cm -3 56 ambient temperature 56 -# degrees Celcius 56 convection cooling 56 #Ã Â [001] 56 degrees Celcius 56 1kV 56 megapascals 56 #.#F [001] 56 ° C. Line 55 mM NaCl 55 μmol 55 neutral pH 55 -# ° Fahrenheit 55 #.#deg [001] 55 microamp 55 Quiescent current 55 MΩ 55 cP 55 #.#oC [001] 55 ° C/# ° F [002] 55 thermoelectric cooling 55 #bar [001] 55 -7 ° C 55 #C/gas mark 55 #pF [001] 55 pin SSOP 55 Relative humidity 55 ppm deg 55 #Â ° [002] 55 5kV 55 cm -2 55 oven preheated 55 interfacial tension 55 +# deg [001] 55 Celcius 55 -# ° C. [001] 55 C0G 55 +# deg C. 55 +# º C. 54 osmolality 54 preheats 54 -5 degrees Celsius 54 input capacitance 54 ps nm 54 Degrees Fahrenheit 54 ppm ° C. 54 thermal gradients 54 #Â ° C. 54 -# Fahrenheit [002] 54 ° C. Place 54 membrane electrode assemblies MEAs 54 Michell Instruments 54 0C 54 mA output 54 ⁰ 54 GOA WEATHER Max 54 -4 degrees Fahrenheit 54 tablespoons unsalted butter 54 kΩ 54 mOhm 54 reflow temperatures 54 #F #F [002] 54 μg mL 54 Antarctic stratosphere 54 tbsp butter 54 C/# [003] 54 tempera ture 54 kg hr 54 degrees Centigrade 54 g cm 54 cup unsalted butter 54 Input Voltage 54 Ultra DMA 54 testo 54 absolute TCR 54 1ppm 54 Heat wok 54 #degrees [002] 54 degrees centigrade 54 ± #ppm [002] 54 kelvins 54 milliohm 54 MeV 54 freezeproof 54 cryogenic cooling 53 ° sec 53 THENCE SOUTH 53 volts mil 53 #.#VDC 53 jason.hovet @ thomsonreuters.com 53 TDFN packages 53 degree celcius 53 kilopascals 53 rugged conduction cooled 53 Sparklers burn 53 scfm 53 supercooled liquid 53 mol L 53 transmissivity 53 μW 53 ° C. Grease 53 kHz frequency 53 ^ sup -1 53 relative humidities 53 -6 ° C 53 exotherm 53 mbar 53 viscosity liquids 53 #.#C #.#C 53 tbsp olive oil 53 emittance 53 Â ± 53 dewpoints 53 #Vdc [003] 53 pin LQFP package 53 radiative cooling 53 voltage derating 53 asparagine containing food 53 aspartate aminotransferase 53 #C/#F/gas mark 53 kGy 53 gigapascals 53 yr -1 53 scrotal temperatures 53 5μm 53 Kelvins 53 kelvin -# 53 mu m 53 +# ° C. [001] 53 #C/#F/Gas 53 ° F/# ° C [002] 53 #.#uF 53 #lm [002] 53 #.#C #.#F [004] 53 thermally stable 53 -# degrees centigrade [002] 53 PSIG 53 milliampere 53 ppmv 53 tempera tures 53 -8 ° C 53 melt viscosity 53 gelation 53 propanol 53 #V AC input 53 +3 +5 C 53 5ppm 53 #Â º [001] 52 #V dc [001] 52 2oC 52 mV V 52 heat indicies 52 Shutter speeds 52 output voltages ranging 52 ohmic 52 #.#VI O 52 SCFM 52 #.#V [002] 52 Liquid helium 52 #pF [002] 52 Thermal conductivity 52 #VAC [002] 52 millivolts 52 μS cm 52 formamide 52 -# º [002] 52 proton conductivity 52 pyrolytic 52 FieldFox RF VNA 52 dewpoint 52 photolysis 52 nmol 52 mAh g 52 cup cider vinegar 52 picomolar 52 Vdd 52 #.#pF 52 concentration Cmax 52 Î ¼ 52 ° C. Lightly grease 52 MIL HDBK #F 52 3mm x 3mm 52 micromolar 52 Directions Preheat oven 52 #.#Ω 52 -5 ° C. 52 ppm boron 52 ° C. Combine 52 pF 52 IC# = 52 kBq 52 GFlops 52 derate 52 μm diameter 52 centigrade 52 #degC [001] 52 +5 +7 C 52 -# ° Celsius [002] 52 voltage coefficient 52 Pt# 52 Brevoxyl R 52 3 mm DFN 52 5mm QFN package 52 #f #c 52 nanomolar 52 deg C. 52 temperature coefficient 52 minus #degC 52 normothermic 52 mU liter 52 #C #.#F [001] 52 #S #W 52 thermoelectric coolers 52 Thermocouples 52 moisture absorption 52 #.#uA 52 input impedance 52 absorption coefficient 52 capacitance values 52 WEST CENTRAL Temperatures 52 offgas 52 hafnium oxide 52 deg Celsius 51 -9 -# 51 Serve chilled 51 +8 +# 51 #A #V [002] 51 1mA 51 ppm CO2 51 +# VDC 51 3mm x 51 cubic ft. 51 m/s2 51 ° C warmer 51 nH 51 min -1 51 BORDER = 51 #.#F [002] 51 LPCVD 51 fA 51 cryogenic temperatures 51 #.#oC [002] 51 +7 +# 51 ml min 51 kg -1 51 ± 5ppm 51 hPa 51 piotr.skolimowski @ thomson.com 51 ° F/# ° C [001] 51 -5 -6 51 #.#mohm 51 conductivities 51 TCXOs 51 Relative Humidity 51 ° C/# ° C 51 D2PAK 51 -8 -# 51 μV 51 interleukin IL 51 degrees Celsius 51 temperature gradient 51 uncooled 51 cm ² 51 º F. 51 x 3mm 51 deg 51 thermal foldback 51 simmer uncovered 51 -4 ° C 51 femtogram 51 x 2mm 51 +6 +# 51 thermodynamic properties 51 photon flux 51 CF4 51 Simmer stirring occasionally 51 kT 51 thermometer registers 51 leakage currents 51 temperature setpoint 51 ° F oven 51 #C/gas 51 Input voltage 51 molar ratio 51 degree centigrade 51 5mm x 6mm 51 +# Vdc 51 eSIP 51 3 x 3mm 51 Otherwise partly cloudy 51 TappingMode 51 ambient temperatures 51 2degC 51 nanoamps 51 #nm #nm [002] 51 6C #F 51 hi dev ur 51 conduction cooled 51 physiological pH 51 2C #F 51 mV g 51 thermal conductivities 51 ± #.#dB 51 º F oven 51 antibiotics biocides disinfectants 51 clamping voltages 51 drilled northwards 51 -2 -7 C 51 MSOP packages 51 ° C -# ° 51 ml kg 51 Heatpipe 51 micro sieverts 51 Weather Partly cloudy 51 microamps 51 degress Celsius 51 entrapped doxorubicin 51 piezo actuators 51 +2 +7 C 51 R #a refrigerant 51 pawel.sobczak @ thomson.com 51 deg C 51 NTC thermistor 51 fig. S6 51 Sodium hypochlorite 51 output capacitance 51 mW/cm2 51 interleukin IL -6 51 turbine inlet 51 swap SAS SATA 51 #C #C [001] 51 downwelling 51 microlitres 51 dB insertion loss 51 tiny 3mm x 50 Preheat grill 50 Temperature Range 50 kg/m3 50 Fig. 4A 50 μg liter 50 THENCE NORTH 50 pCi l 50 Pressure Transducer 50 kPa 50 +2 +4 C 50 minus 6C #F 50 • POMME DE 50 θ 50 flowrate 50 GB DDR2 50 +3 +8 C 50 mT 50 wind chill hovered 50 hydroxyphenyl 50 nonstick saucepan 50 3kW 50 selectivities 50 ConnectX ® 50 thermal gradient 50 exothermic reaction 50 boron trifluoride 50 thermowells 50 sorption 50 psia 50 Conductive Polymer 50 V dc 50 m ^ sup 50 pin 4mm x 50 1nm 50 acidity pH 50 supercooling 50 ducks geese turkeys 50 mW cm 2 50 discharge ESD protection 50 Laboratory Freezer 50 mmol 50 #lm [001] 50 geosynchronous orbit reached 50 -# º C. 50 #Ah 50 reflow oven 50 rotational torque 50 UltraTemp 50 μmol L 50 #Wh [002] 50 sodium acetate 50 farenheit 50 0D 50 cryostat 50 LQFP 50 kWe 50 8mm diameter 50 elastic modulus 50 nm VCSEL 50 UV VIS 50 Vrms 50 humidistat 50 #.#mA [002] 50 superheated steam 50 #.#v [001] 50 dielectric constant 50 BJTs 50 1μm 50 fluorescence intensity 50 Rewarm 50 ppbv 50 #A #F 50 convection cooled 50 g trans fats 50 ultracold temperatures 50 varistor 50 airflows 50 psig 50 ° 50 Total Harmonic Distortion 50 Stainless Rod 50 vapor compression 50 mL sec 50 pmol L 50 matrix metalloproteinase MMP 50 INR #,#-#,# mt 50 shunt resistors 50 CaCO 3 50 m z 50 AFCT 50 helium cooled 50 ms -1 50 0C #F 50 DFN package 50 OCXOs 50 4mA 50 ZXLD# 50 revs min 50 5V input 50 meat thermometer reads 50 m 50 hygrometers 50 pin SOIC packages 50 temperature gradients 50 capacitive loads 50 -# degrees Celsius [002] 50 Localized mild hyperthermia #.#-# 50 x 5mm 50 microwatt 50 #Ω [002] 50 cryogenically cooled 50 cobblestone streets doused 50 #μF [002] 50 #.#Hz 50 picogram 50 -3 -4 50 thermal decomposition 50 #.#C [003] 50 Dissolve gelatin 50 NaOH 50 nm excitation 50 F. Coat 50 emissivity 50 chlorine monoxide 50 Btuh 50 Degree Celsius 50 -1 -3 50 Bake uncovered 50 upflow 50 XPH 50 #nm wavelength [001] 50 IP# sealing 50 pyridyl 50 conduction cooled versions 50 reflow soldering processes 50 integral nonlinearity INL 50 rms jitter 50 ammonia NH3 50 MgO 49 SOT# [002] 49 dBFS 49 cryogenic liquid 49 BTU hr 49 #.#m #.#m #.#m [003] 49 copper oxide superconductors 49 Reheat 49 moisture vapor 49 microamperes 49 mH 49 r2 = 49 #.#degC [001] 49 voltage divider 49 pin TQFN package 49 inductance values 49 magnetic stirrer 49 μF 49 mm ² 49 OXNARD Channel 49 +5 VDC 49 degree Celcius 49 TSSOP package 49 Voltages 49 -# ° [001] 49 = strlen 49 reaction kinetics 49 mEq 49 pin 3mm x 49 ferrite core 49 Texoma Elevation 49 nmol liter 49 mount inductors 49 TEGs 49 mΩ 49 Output voltages 49 nT 49 ng g 49 DFN packages 49 #.#-#.# degrees Fahrenheit [002] 49 enthalpy 49 Thermocouple 49 #deg [002] 49 inductive proximity 49 water vapor condenses 49 Bq l 49 NEMA 4X enclosure 49 osmotic pressure 49 #Vdc input 49 μg g 49 Potentiometer 49 #.#kV [001] 49 SEER air conditioning 49 GPa 49 atmospheric CO2 concentrations 49 sulfation 49 molten salts 49 Altivar 49 Tonight Mostly cloudy 49 SiO 2 49 #x#mm package 49 ps :# 49 5nm 49 #mA [003] 49 methoxy 49 IU ml 49 μg m 49 8kW 49 -# degrees celsius 49 2 MeV electron 49 paramagnetic 49 meters/# feet [001] 49 heavy bottomed saucepan 49 pmol liter 49 #C #C [002] 49 g carbo 49 #VDC [002] 49 #.#C #.#F [003] 49 μA 49 isotherms 49 rpm spindle 49 #C/#F/Gas Mark 49 wind chills dipped 49 5mA 49 corona discharge 49 kA 49 kcal mol 49 degress 49 illuminance 49 Mg ha 49 Islands Sportfishing 49 Isolated Showers 49 isoelectric point 49 ultrahigh vacuum 49 liposome formulation 49 thermal conductance 49 Fig. 2b 49 thermally activated 49 ν 49 #K #K [002] 49 -# degrees centigrade [001] 49 exothermic 49 Infrared Thermometer 49 χ 49 Btu hr 49 Tonight Partly cloudy 49 Inductors 49 relative humidity 49 MAX#E 49 electrically insulating 49 sodium chloride NaCl 49 uM 49 SOUTH PLAINS Temperatures 49 #ohm [002] 49 temperatures 49 WIDTH = 49 μl 49 2ppm 49 chemical hydride 49 oxidized mercury 49 Cooked chicken 49 cm H2O 49 ^ ^ sup 49 tablespoons baking soda 49 ATEX Zone 49 -2 -4 49 #nm Virtex 49 Reflow Oven 49 pin TDFN package 49 Nighttime lows 49 soluble Cu 49 thermometer hovered 49 Preheat broiler 49 gently simmer 49 PANHANDLE Temperatures 49 SAN DIEGO Helgren Oceanside 49 alkaline pH 49 JEDEC Level 49 #V ac 49 coil voltages 49 Ncm 49 UV absorbance 49 acidic pH 49 μm thick 49 kg m² 49 nighttime temps 49 centrifuged 49 #um [002] 49 mG 49 superior heat dissipation 49 TEMPERATURE 49 #.#μm [001] 49 CL7 49 AEC Q# qualified 49 Follow Vishay 49 fluid viscosity 49 l h 49 COOH 49 output voltage 49 mM 49 5VDC 49 pin BGA 49 Noncritical violations found 49 HEIGHT = 49 transmittance 49 Wm -2 49 #C oven 49 +9 +# 49 ® fluocinonide Cream 49 SeaLINK 49 minus #C #F 49 sonication 49 gravitational acceleration 48 0F 48 Strain Gauge 48 3C #F 48 -5 Celsius 48 hydrophobicity 48 SiO 48 protonated 48 gravity condensate 48 tbsp lemon juice 48 amu 48 THE MAXIMUM TEMPERATURE 48 pin SOT# package 48 Melt margarine 48 atmospheric CO 48 len = 48 8kV 48 luminous flux 48 moisture evaporates 48 +4 +9 C 48 PaO 2 48 Coriolis meters 48 mm3 48 humidex values 48 serum magnesium 48 +2- 48 tungsten halogen 48 #.#N [002] 48 degs 48 thermoelectric cooler 48 Cooling Degree Days 48 ultrapure water 48 Dissolve yeast 48 #Â º [002] 48 nitriding 48 triple quadrupole mass spectrometer 48 #μA [001] 48 Fig. 2a 48 Fig. 3b 48 #ksps 48 angular displacement 48 Today Mostly sunny 48 Chip Capacitors 48 spindle speeds 48 minus 4C 48 saucepan melt butter 48 #uA [001] 48 adrian.krajewski @ thomson.com 48 #kVA [002] 48 m asl 48 resistive element 48 denaturation 48 chromatographic separations 48 freezer compartment 48 Sodium bicarbonate 48 IP# enclosure 48 С 48 XTreme Power 48 μg d 48 OptoCooler HV# 48 1' 48 Distagon T * 48 photomultiplier tube 48 dielectric permittivity 48 thermal dissipation 48 Ambient Temperature 48 Wh kg 48 thermal impedance 48 PQFN 48 magnetically coupled 48 #.#-#.# [011] 48 preheated #F #C 48 lb hr 48 Humidification 48 Temperature Probe 48 hectopascals 48 oxidative degradation 48 ZUIKO DIGITAL ED 48 5V tolerant 48 intracellular pH 48 mcg mL 48 BTU lb 48 Intel Atom processor Z5xx 48 argc 48 nonreactive 48 martensite 48 tropical troposphere 48 neutron flux 48 N acetyl 48 degrees Bhuntar 48 ZnSe 48 cm ³ 48 seawater pH 48 eutectic 48 mercury Hg 48 margin #.#pt 48 #uA [002] 48 Krishan Francis CP 48 thermally conductive 48 microliters 48 de grees 48 tsp vanilla 48 #μ 48 Reduce heat 48 Model LTC# 48 centistokes 48 thermal equilibrium 48 MELFI 48 nM 48 pjg 48 tempertures 48 millidarcies 48 medium sauté pan 48 UV Visible 48 τ 48 V ac 48 -2 +3 48 Reheat gently 48 wetted parts 48 8 pin MSOP 48 +2 -3 48 UL #V 48 Sitrans 48 preheat oven 48 inductive load 48 kbit 48 Platform openSUSE 48 preheaters 48 #μg [001] 48 By Cheryl Mattix 48 micron filter 48 convective heat 48 Lightly butter 48 dewar 48 #μA [002] 48 Mg Fe 48 mosfet 48 bake preheat oven 48 pCi 48 Broiling 48 TVID 48 minus 1C 48 fig. S2 48 UV wavelengths 48 #.#V [004] 48 Perishable foods 48 austenitic stainless steels 48 Vcore 48 Simmer uncovered 48 Global Warming Potential GWP 48 slightly acidic pH 48 ZrO 2 48 Optocoupler 48 degrees Fahrenheit minus 48 dielectric withstanding voltage 48 R LAV 48 nighttime lows 48 uV 48 MPa 48 #mA output [002] 48 #x#x# inch [003] 48 Fig. 2A 48 TONIGHT Mostly clear 48 Unsalted butter 48 #μm [002] 48 Linear Compressor 48 alanine aminotransferase ALT 48 heater thermostat 48 #C 4F 48 UV Vis spectrophotometer 48 z = 48 solvation 48 fig. S1 48 mW MHz 48 • LA CYGNE 48 VDDQ 48 -# degrees 48 μL 48 read thermometer registers 48 compressive stress 48 hydrofluorocarbon HFC 48 E#A [001] 48 compensated crystal oscillators 48 vertical keystone correction 48 hydrating gel 48 flowrates 48 R LANV CC 48 mesosphere 48 jana.mlcochova @ thomson.com 48 aqueous dispersion 48 microwaveable bowl 48 Bq 48 iobenguane 48 pin MSOP 48 WEATHER Sunny 48 Nanofiltration 48 volatilized 48 nL