Related by context. All words. (Click for frequent words.) 53 megapascals 51 #psi [003] 50 psia 50 tensile stress 50 torr 50 #psi [002] 49 compressive load 49 cm -2 49 MPa 49 kPa 49 kg/m3 49 g cm 48 mbar 48 compressibility 48 tensile strengths 48 #psi [001] 48 1ppm 48 inductances 48 #cm [001] 47 #bar [001] 47 Eq. 47 #kN [002] 47 pearlite 47 scfm 47 ft sec 47 MIL HDBK #F 47 conductivities 47 exotherm 47 #.#kV [001] 47 kgf 47 bend radii 47 compressive stress 47 moisture absorption 47 cm3 47 #x#x#mm [001] 47 #Ω [002] 46 ml min 46 centrifugal blower 46 compressive strength 46 magnetic permeability 46 cm ² 46 enthalpy 46 lbf 46 #um [002] 46 spindle speeds 46 W/m2 46 microvolts 46 μW 46 tensile strength 46 elastic modulus 46 dB SPL 46 Cu Cu 46 ferritic 46 kg hr 46 5μm 46 Fig. 4A 46 magnetoresistance 45 #x#x# cm 45 #kN [001] 45 ppm eU 45 m³ h 45 Mpa 45 pph 45 overpressure 45 Amperes 45 kilopascals 45 GPa 45 χ 45 tensile modulus 45 Vrms 45 flowability 45 tph 45 τ 45 NPSH 45 isostatic 45 flexural 45 superheater 45 psig 45 #x#x# mm [002] 45 5ppm 45 cm ³ 45 mT 44 x #.#cm [001] 44 absorption coefficient 44 newtons 44 nH 44 #mm# [003] 44 #bar [002] 44 isotherm 44 ksi 44 barg 44 CaCO 3 44 1kV 44 #V ac 44 ms -1 44 √ Hz 44 dielectric constants 44 mm ² 44 shear modulus 44 bending stiffness 44 coupling capacitance 44 coefficients 44 #ohm [002] 44 σ 44 CaO 44 2dB 44 PSIG 44 μm thick 44 #.#in [004] 44 fluid viscosity 44 ^ sup -1 44 W mK 44 g cc 44 mW/cm2 44 yr -1 44 kT 44 μsec 44 WL CSP package 44 ballistic coefficient 44 martensite 44 BTU hr 44 dielectric strength 44 sq cm 44 stackability 44 -# ° [002] 44 #/#-in [001] 44 corrugation 44 friction coefficient 44 6Gb 44 joules 44 unsprung mass 44 resonance frequencies 44 Fig. 3b 44 m ^ sup 44 D2PAK 44 inspiratory 44 -1 ^ 44 #.#mm x [002] 44 #x#mm [005] 44 1U rack 44 microbalance 44 extrudate 44 milliohm 43 #mm ² [001] 43 Bq l 43 #oC [001] 43 modulus 43 fig. S1 43 #x#x#mm [003] 43 volumetric efficiency 43 austenitic stainless steel 43 magnetic stirrer 43 #.#-#.# [011] 43 diameter rotors 43 x 7cm 43 #x#x#.#mm [003] 43 shaft diameters 43 gigapascals 43 monofilaments 43 μS cm 43 osmotic pressure 43 m z 43 1kHz 43 1RM 43 rotor stator 43 mAh g 43 V0 43 #g/m# 43 toroid 43 mm dia 43 friction coefficients 43 4mA 43 compressive strengths 43 capacitance values 43 gauss 43 #μ 43 μl 43 desorption 43 mu m 43 P0 43 g/cm3 43 cartoner 43 mN 43 μV 43 martensitic 43 psi 43 Btuh 43 Hardness 43 oscillation frequency 43 kΩ 43 kinematic viscosity 43 ASTM E# [002] 43 inductance values 43 5kV 43 Tensile strength 42 electron bunches 42 mΩ 42 bypass capacitor 42 coercivity 42 ASTM A# 42 1μm 42 piezo actuators 42 #μs [002] 42 #.#mm [002] 42 2μm 42 ZrO 2 42 cu.ft. 42 backpressure 42 Ncm 42 flowrates 42 μF 42 #/#mm [001] 42 ω 42 tighter tolerances 42 Fig. 2b 42 equilibration 42 FWHM 42 thickness 42 Nm3 42 IP# sealing 42 nL 42 motorized pulley 42 rotational inertia 42 resonance frequency 42 gravitational acceleration 42 dimensionless 42 SiO 2 42 ohm cm 42 AWG wires 42 failure MTTF 42 1u 42 planetary gears 42 torsion 42 ha -1 42 P#O# 42 torsion springs 42 rotary potentiometer 42 varying densities 42 Si substrate 42 capacitances 42 paperboard boxes 42 cm2 42 velocity dispersion 42 fA 42 joule 42 mol 42 cP 42 PaO 2 42 carpet steam cleaners 42 thermal EMF 42 moldability 42 #.#m# [001] 42 millivolts 42 #'x# [003] 42 x #in 42 Young modulus 42 gaussian 42 4H SiC 42 #.#mm x [004] 42 drawbars 42 x 2in 42 amplitudes 41 #x#x# mm [005] 41 #mm x #.#mm [003] 41 #x#mm [003] 41 Fig. 1D 41 sq. mm 41 #mm# [001] 41 #x# mm [003] 41 ε 41 diameters 41 insulative 41 SCFM 41 Fig. 3A 41 ohms 41 pump impellers 41 megohms 41 #cu 41 microampere 41 tensile stresses 41 output capacitance 41 π 41 decibels dB 41 compensator 41 emittance 41 logarithmically 41 steric 41 8kV 41 ν 41 parasitic capacitance 41 fig. S2 41 6kW 41 Fig. 4B 41 #V AC input 41 2kW 41 input impedance 41 ultimate tensile strength 41 uniaxial 41 inch psi 41 cfm 41 m3 h 41 #mm x #mm [006] 41 Hepa filter 41 Inductance 41 m3/hr 41 monotonically 41 #x#x#mm [002] 41 magnetically coupled 41 #m# [005] 41 Al#O# 41 Fig. 1c 41 MΩ 41 temperature coefficient 41 #.#x# [002] 41 Coriolis meters 41 rpm spindle 41 in. dia 41 #.#dB [003] 41 timebase 41 cubic feet scf 41 mK 41 ternary 41 ° -# ° [001] 41 Fig. 4b 41 W/cm2 41 dB insertion loss 41 gradeability 41 ≈ 41 cm ^ sup 41 INR #,#-#,# mt 41 #degC [002] 41 ohm impedance 41 isotherms 41 oxyhemoglobin 41 volts mil 41 toroidal 41 #μs [001] 41 #V rails 41 #:# VSWR 41 z axis 41 ± #.#mm [001] 41 #ppm ° C 41 wetted parts 41 Fig. 1A 41 Fig. 2E 41 nulls 41 pulse durations 41 upflow 41 γ 41 #x#x# inches [002] 41 circle circumference 41 1mA 41 sine waves 40 mA output 40 Cpk 40 Thermal conductivity 40 planetary gearbox 40 #mm# [002] 40 ppm eU#O# 40 telescopic forks 40 kilowatts kw 40 planetary gearhead 40 eluent 40 velocities 40 #x#x# mm [004] 40 input capacitance 40 SNe Ia 40 coating thickness 40 VSWR 40 adsorbate 40 mV V 40 Deg C 40 #degreesC 40 megajoules 40 quantum oscillations 40 x #.#in [002] 40 Figure 2a 40 GCWR 40 dyne 40 #m# h 40 cm -3 40 #Vrms 40 fluorescence intensity 40 arbitrary waveforms 40 +# VDC 40 Fig. 3B 40 ㎡ 40 mitral annulus 40 mm2 40 oC 40 #.#x#.#x#.# 40 #cu m [002] 40 #MPa 40 platinum Pt 40 screw compressors 40 stoichiometry 40 bending rigidity 40 Fig.2 40 tensile strain 40 nT 40 MeV 40 sq. cm 40 Fig. 40 coplanarity 40 5mm x 6mm 40 t/m3 40 #x#x# [006] 40 thermally induced 40 Load Cell 40 x#.# [002] 40 total harmonic distortion 40 swingweight 40 m/s2 40 cubit 40 vari 40 thermal coefficient 40 microwatts 40 ohmic 40 sensing resistors 40 vorticity 40 #.#:# compression ratio [001] 40 propellant tanks 40 x 2mm 40 lowpass filter 40 sphericity 40 #Vdc [003] 40 durometer 40 output impedance 40 factorial 40 #.# [045] 40 #L/min 40 kilo watts 40 #.#mm thickness [001] 40 dV dt 40 #x#x# [001] 40 shaft misalignment 40 #mm x 40 #.#mx [002] 40 FeO 40 isoelectric point 40 μS 40 spherical particles 40 ellipsoids 40 #μF [001] 40 mating cycles 40 η 40 thermal gradients 40 integral nonlinearity INL 40 elastically 40 camshaft timing 40 oscillation amplitude 40 palletiser 40 volts AC 40 diffusivity 40 Neodymium magnet 40 μH 40 machinability 40 8' 40 #x#x# [003] 40 transmissivity 40 ^ sub 40 agglomerates 40 adiabatic 40 GaN layer 40 DirectFET package 40 lamella 40 cph 40 +5 VDC 40 tappet 40 compressive stresses 40 +# ° F. 40 #.#nm [002] 40 inrush currents 40 vibratory feeder 40 volt amps 40 formate 40 #mm #in 40 Fig. 2a 40 +# deg [002] 40 dielectric permittivity 40 Supplementary Table 40 RMS jitter 40 Noctua NH D# 40 Bulk density 40 hydraulically driven 39 ampacity 39 stator windings 39 drawworks 39 logarithm 39 x #.#cm [003] 39 ˚ C. 39 #mm x #.#mm [002] 39 electromotive force 39 eigenvalues 39 micropores 39 differential impedance 39 bollard pull 39 #mohm 39 interparticle 39 #.# mb 39 ppm ° C 39 selectivities 39 endothermic 39 #inches 39 x 8mm 39 intensifiers 39 GFlops 39 thermal dissipation 39 Fig. 1d 39 #lbs [003] 39 revs min 39 4U chassis 39 crystallite 39 milliampere 39 conductance 39 bandpass 39 IP# enclosure 39 micrometre scale 39 thermal impedance 39 orbitals 39 unsprung weight 39 x 4mm 39 moistures 39 κ 39 backfat 39 preheater 39 conductivity 39 dm3 39 Fig. 3c 39 hPa 39 reflowed 39 #.#Ω 39 disintegrations 39 #mm diameter [003] 39 hydrolytic stability 39 interfacial tension 39 #μm [002] 39 vibrational modes 39 magnon 39 Fig. 1a 39 millivolt 39 dipolar 39 electron volt 39 micrometer scale 39 twin screw extruder 39 THD + N 39 MgO 39 #.#mm diameter [002] 39 laminar flow 39 #mm radiator 39 Sitrans 39 #oF [001] 39 hafnium oxide 39 venturi 39 #:# compression [002] 39 microtubes 39 Thicknesses 39 Â ± 39 Cubic Feet 39 #.#mm x [005] 39 CRAC units 39 crystallinity 39 ductility 39 μm 39 conveyor rollers 39 #x#x#cm 39 prestressed 39 melt viscosity 39 piston pumps 39 moisture vapor 39 permeability 39 #.#mm diameter [001] 39 #x#.# [003] 39 motor windings 39 titanium dome tweeter 39 ° C ambient temperature 39 tetrahedron 39 shaft encoder 39 airflows 39 pneumatically operated 39 sise 39 viscosities 39 poly L lysine 39 #.#inches 39 subpixel 39 MTTF 39 Z axes 39 temperature coefficients 39 #cm x 39 #mm ² [002] 39 coefficient 39 viscous fluids 39 lipoprotein cholesterol 39 ρ 39 roller conveyors 39 hydrated electron 39 cu 39 ° C ambient 39 #.#mm x #.#mm [001] 39 outer diameters 39 mH 39 logit 39 CuO 39 millimeter diameter 39 moduli 39 μm diameter 39 alloying elements 39 waviness 39 kHz frequency 39 #pF [002] 39 drawbar pull 39 #.#mx [001] 39 Gigaflops 39 coupling capacitor 39 inductance 39 axial loads 39 #.#Kg [002] 39 nanowatts 39 cementite 39 telescopic boom 39 #.#x#.# 39 meV 39 #.#t [003] 39 frequency harmonics 39 cam lobe 39 MWNT 39 Ti# [002] 39 λ 39 Inconel 39 #.#-#.# [002] 39 ECU remap 39 milliamp 39 multiplicative 39 kN 39 dimensioned 39 deg F 38 nitrided 38 ballscrews 38 COOH 38 valence electrons 38 #ml [003] 38 calcium sulphate 38 diverter valve 38 mrad 38 sorption 38 Vacuum Lifter 38 uV 38 #rpm [001] 38 additively 38 Fig. 2A 38 scales linearly 38 rms noise 38 axially 38 linear axes 38 #x#x# inches [001] 38 Interpolation 38 DFT calculations 38 rack mountable 1U 38 mOhm 38 wirewound resistors 38 #cm x #cm x 38 7mm x 38 weld bead 38 Coulomb blockade 38 dx 38 irradiance 38 ps nm 38 inductive loads 38 +# º C [002] 38 roller rockers 38 hydraulic actuator 38 hydraulic shock absorbers 38 graphite rods 38 transconductance 38 m 38 degreesC 38 leakage currents 38 retained austenite 38 conformality 38 convection cooling 38 combustor 38 Nd 38 AST# 38 weighings 38 wheel spacers 38 output capacitors 38 psec 38 hysteresis 38 cubic 38 #/#-inch diameter 38 overburden thickness 38 #KG [002] 38 parison 38 lapilli 38 meters/# feet [001] 38 helium atom 38 gravimetric method 38 TiN 38 ± #.#mm [002] 38 bezel width 38 reaction kinetics 38 PWM frequency 38 arcsecond 38 spectral density 38 cm H2O 38 lb payload 38 Gore Tex liner 38 inhomogeneity 38 #x#x# mm [003] 38 #m/min [002] 38 intermittence 38 vibratory feeders 38 piezoresistive 38 Fig. 4a 38 r2 = 38 x #.#mm [005] 38 mL kg 38 platens 38 Fig. 2c 38 tetragonal 38 stainless steel wetted 38 #dBA 38 4U rack 38 5nm 38 Pressurex 38 microlitre 38 recrystallization 38 tractive force 38 #nC 38 Barometric pressure 38 mEq 38 CaCO3 38 Watts RMS 38 acoustic impedance 38 x #mm [002] 38 silnylon 38 #.#uF 38 nanoliters 38 Lorentzian 38 degreesF 38 GBytes 38 eU#O# 38 emissivity 38 V dc 38 Tg 38 axial 38 shimming 38 fpm 38 stainless steel housings 38 Nm3 h 38 RPM rotational 38 -#.# ± [001] 38 C 38 g/m3 38 thermal conductivity 38 nsec 38 elastic deformation 38 2ft x 38 rheological 38 ° sec 38 #:# LVDS 38 7MB 38 intensifier pumps 38 formes 38 double overhead camshafts 38 fig. S6 38 g mL 38 Conductivity 38 dephasing 38 permeabilities 38 × #cm 38 #/#-inch [002] 38 displacement reciprocating 38 Bose Einstein condensate BEC 38 ergs 38 kVp 38 ISO Veyor 38 backscattering 38 ATX motherboard 38 cm sec 38 pump impeller 38 concentricity 38 ferrofluid 38 plasma renin 38 Fig. 1E 38 #.#KW 38 compressible 38 isotropic 38 amperes 38 Btu hr 38 passband 38 photocurrent 38 capacitance 38 x 38 gph 38 #.#:# rear axle 38 coil voltages 38 eddy currents 38 Å -1 38 #.#:# compression ratio [002] 38 Pearson correlation coefficient 38 #'x 38 waist girth 38 3cm thick 38 wetted surface 38 centi 38 linearized 38 magnetostrictive 38 thickness uniformity 38 microliters 38 flanging 38 nickel cadmium battery 38 capacitive coupling 38 quadratic 38 sizeof 38 Fig. 2C 38 CPWs 38 #kbps MP3s 38 #x# mm [001] 38 Fig. 1B 38 FX7 37 sieverts 37 inchs 37 mandrel bent 37 grease lubrication 37 illuminance 37 XPH #U 37 #mm diameter [002] 37 speed compression damping 37 fig. S3 37 rebreathing 37 magnetisation 37 gelation 37 amplitude 37 cutterhead 37 Clogged filters 37 instrumentation amplifier 37 burnup 37 Figure 1A 37 filesize 37 weighs #.#kg [002] 37 diametre 37 luffing jib 37 ± SEM 37 #V AC [002] 37 lb hr 37 torque multiplication 37 torques 37 refinable 37 reactance 37 granulating 37 Figure 1b 37 #/#.# [003] 37 kg payload 37 Fig. 2B 37 asynchrony 37 #.#cm x 37 intermetallic 37 #μm [001] 37 cone woofer 37 t3 37 #cm #.#in [001] 37 pCi 37 wx 37 weighs #lbs [001] 37 locking tuners 37 vibrational excitation 37 Figs. 37 morphologic characteristics 37 Input voltage 37 #.#mm x #mm [002] 37 thermal conduction 37 regression coefficient 37 incompressible 37 pollen particles 37 HEPA filtered 37 β = 37 #.#-# [029] 37 cellularity 37 GaN wafers 37 Fig. 3a 37 reefer plugs 37 #.#kW [004] 37 #-#,# mm 37 3mm x 3mm x 37 goethite hematite 37 ellipsoid 37 intergranular 37 tungsten WO3 37 power dissipation 37 gpm 37 #x# ^ 37 LUTs 37 anisotropy 37 copper oxide superconductors 37 voltage coefficient 37 .#-#.# [001] 37 weld seams 37 foam inserts 37 #.#Gbit/sec 37 #.#:# compression [002] 37 nanometers billionths 37 rear rotors 37 #x#x# [002] 37 mE 37 flanges 37 reclaimers 37 variabilities 37 palm muting 37 polystyrene spheres 37 DVD9 37 convective heat 37 centrifugal chillers 37 amperometric 37 x #.#mm [001] 37 sram 37 intercooling 37 hydraulically actuated 37 gangue minerals 37 oscillator frequency 37 screw jacks 37 TSSOP package 37 #.#μF 37 ferrite magnets 37 guillotine cutter 37 #kW [002] 37 toolholder 37 1dB 37 flowrate 37 ppm deg 37 #.#cm x #.#cm [001] 37 austenitic 37 hydraulic conductivity 37 bux 37 degC 37 #db [001] 37 muzzle velocity 37 infinitely adjustable 37 l h 37 DryLin 37 frictional resistance 37 x 3mm 37 -# º C [002] 37 feedwater 37 #cm diameter 37 sqft hr 37 cm -1 37 #mV [002] 37 #mV [001] 37 x#.# [004] 37 conformer 37 pneumatic actuators 37 cylinder bores 37 θ 37 #.#μm [001] 37 #x#x#.#mm [002] 37 z axes 37 thermowells 37 weld slag 37 IEC #-#-# [002] 37 AFUE 37 highpass 37 flame retardance 37 Y axes 37 impedence 37 absorbance 37 Fig. 1C 37 nonlinearities 37 PID loops 37 #VDC [002] 37 + #.#mm 37 carboard 37 lateral rigidity 37 rpm torque 37 XPH #TU 37 #.#x# [004] 37 sealless 37 parsec 37 sievert 37 compression 37 dc voltage 37 arcmin 37 heav 37 Knelson Concentrator 37 regression coefficients 37 hydrostatic 37 camshaft profiles 37 texels 37 #.#mm x #mm [001] 37 cermet 37 headphone amp 37 tantalum pentoxide 37 z ^ 37 + -1 37 ft x 37 micro sieverts 37 optimize airflow 37 digestors 37 hydrostatic pressure