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(Click for frequent words.) 72 m z 70 meV 69 #.#nm [002] 68 arcsec 66 #.#μm [001] 66 cm -2 66 linewidth 66 arcmin 65 nsec 65 picometers 65 1μm 65 angstroms 65 5μm 65 2dB 65 dI dV 65 cm -1 65 nm spectral 65 mK 65 #nm #nm [001] 64 #.#Hz 64 input impedance 64 resonance frequency 64 arcsecond 64 1ppm 64 ° sec 63 1kHz 63 velocity dispersion 63 mrad 63 microvolts 63 noise ratio SNR 63 absorption coefficient 63 picometer 63 arcseconds 63 λ 63 2nm 63 #ns [002] 63 fluorescence intensity 63 attoseconds 63 #μs [002] 63 photoemission 63 #.#dB [003] 62 Angstroms 62 micrometer scale 62 HRTEM 62 dipole moment 62 #mV V 62 mV V 62 cm ² 62 #cd m 2 62 #μm [002] 62 keV 62 dB insertion loss 62 μm 62 femtogram 62 pulse durations 62 ARPES 62 photon counting 61 z axis 61 mW/cm2 61 amplitudes 61 Si substrate 61 capacitive loading 61 electronvolts 61 azimuthal 61 arcminutes 61 dephasing 61 isotropic 61 picoseconds 61 #.#um [001] 61 μsec 61 Mpc 61 #μm [001] 61 microampere 61 5ppm 61 narrow linewidth 61 lasing wavelength 61 #.#x magnification [001] 61 passband 61 #um [002] 61 μV 60 Raman spectra 60 z = 60 picosecond 60 circular dichroism 60 photon detection 60 parasitic capacitance 60 sub angstrom 60 X ray pulses 60 nanometer spatial 60 ± #.#dB 60 #nm laser [002] 60 τ 60 ε 60 amplitude modulation 60 emission wavelength 60 μW 60 micrometre 60 THD + N 60 -# dBm [001] 60 thermal EMF 60 photocurrent 60 x #dpi [002] 60 monochromator 60 synthetic aperture 60 kcal mol 60 mT 60 OSNR 60 subnanometer 60 Ascentis Express 60 integral nonlinearity INL 60 femtosecond pulses 60 #.#nm [001] 60 g cm 60 #ksps 60 fA 60 1dB 60 EMCCD 60 sub picosecond 60 output impedance 60 Orbitrap 59 #ppm ° C 59 lp mm 59 deformable mirror 59 Å -1 59 Vdd 59 magnon 59 z axes 59 linearly polarized 59 Fig. 3A 59 spectral bands 59 electroluminescence EL 59 Gaussian beam 59 #MS s [002] 59 kVp 59 directivity 59 microlens 59 η 59 photon energies 59 VLTI 59 single photon detectors 59 IR LEDs 59 #us [001] 59 -3 dB 59 transconductance 59 voltage divider 59 fluorescence excitation 59 spectra 59 numerical aperture NA 59 excitation wavelengths 59 χ 59 nm wavelength 59 micrometer 59 arbitrary waveforms 59 ENOB 59 inelastic scattering 59 Fig. 1a 59 nH 59 timebase 59 #dB SNR [001] 59 photometry 59 panchromatic 59 1nm 59 SFDR spurious free 59 angstrom 59 #.#dB [002] 59 μm diameter 58 calorimetric 58 illuminance 58 1mA 58 responsivity 58 synchrotron X ray 58 interferometric 58 cd m 58 diffraction pattern 58 paramagnetic 58 subwavelength 58 ohm cm 58 wavelength tunability 58 mV 58 κ 58 Model #A 58 μs 58 oscillation frequency 58 uV 58 MIL HDBK #F 58 2μm 58 nanomesh 58 Fig. 4a 58 m 58 nanopositioning stages 58 dpi optical 58 VLT telescope 58 deconvolution 58 oscillator frequency 58 #bits 58 optical spectrum analyzer 58 photon flux 58 optical wavelength 58 Fourier transform 58 kilobases 58 electron volt 58 femtoseconds 58 nanometers billionths 58 wavefront distortion 58 ps nm 58 μH 58 MSn 58 birefringence 58 Shutter speeds 58 + #.#dB 58 transmissivity 58 Fig. 2A 58 candelas per 58 ultraviolet wavelength 58 dBc 58 magnetisation 58 #.#dBm 58 SAXS 58 1Hz 58 pulse widths 58 correlators 58 dBFS 58 collinear 58 psec 58 #pF [001] 58 nonlinearity 58 PWM frequency 58 rotary encoder 57 quasiparticle 57 phonon 57 rms jitter 57 X ray microscopy 57 Figure 4a 57 DEV DA TOMAR NEXT 57 +# dBm output 57 QCLs 57 KHz offset 57 mm ² 57 #k dot 57 #nm laser [001] 57 sub Angstrom 57 electron bunches 57 QRS width 57 msec 57 mJ 57 subpixel 57 1ns 57 cm -3 57 GMSK 57 magnifications 57 4mA 57 T1 weighted 57 fluorescence emission 57 Nd YAG 57 infrared LEDs 57 relaxivity 57 photodetector 57 microvolt 57 phototransistors 57 InGaAs 57 polariton 57 millivolts 57 #dBc 57 microwatt 57 attosecond 57 mV lux sec 57 linewidths 57 MCP# AFE 57 #.#mm [002] 57 #ppb gold 57 GeV 57 photoluminescence 57 #μs [001] 57 microcavity 57 fs pulses 57 pixel CCD 57 #nm wavelength [001] 57 iterative reconstruction 57 baud rate 57 rms noise 57 6dB 57 conventional optical microscopes 57 μS 57 dB compression 57 quadrillionth 57 spectral density 57 photodiode array 57 microcavities 57 numerical aperture 57 Vpp 57 mu m 57 mm2 57 optical aberrations 57 transimpedance amplifier 57 6nm 57 vanadate 57 #.# MHz [002] 57 bandpass 57 leakage currents 57 differential nonlinearity DNL 57 photoconductive 57 #.#mV 57 enthalpy 57 σ 57 instrumentation amplifier 57 impedances 57 absorption spectroscopy 57 Fig. 2b 57 Figure 1A 57 amplitude 57 spectrometric 57 photoelectron 57 nT 57 Î ¼ 57 #dBm output 57 SNR signal 57 submillimeter 57 MeV 57 PIN photodiodes 57 dB SNR 57 sqft hr 57 dipole dipole 57 thermodynamic equilibrium 57 Interpolation 57 PIN diode 57 #.#x zoom 57 optimized dpi 57 fluorescence detection 57 interferometers 57 powder diffraction 57 optical encoder 56 W mK 56 bits ENOB 56 inhomogeneous 56 radiometry 56 micron pixels 56 InAs 56 nm excitation 56 ParBERT 56 TappingMode 56 geometric distortion 56 nanosecond pulse 56 excitation wavelength 56 datarates 56 gravitational redshift 56 spatial resolution 56 Fig. 1c 56 luminous flux 56 photon absorption 56 diffusion coefficient 56 oxide thickness EOT 56 5nm 56 millimeter wavelengths 56 anisotropy 56 interferometry 56 #GHz [001] 56 GFlops 56 x #dpi [001] 56 gravitational acceleration 56 conductance 56 #us [002] 56 micron diameter 56 Figure 1a 56 electron scattering 56 coercivity 56 Â ± 56 bandgaps 56 PXI module 56 delta sigma 56 #.#kHz [001] 56 Michelson interferometer 56 inhomogeneity 56 cm sec 56 laser excitation 56 Digital Converter ADC 56 output capacitance 56 analyte 56 panchromatic imagery 56 #nm #nm [002] 56 cantilever deflection 56 J# +# [002] 56 resonant cavity 56 milliampere 56 confocal 56 nanopositioning 56 submicrometer 56 emission spectra 56 Fast Fourier Transform FFT 56 kg/m3 56 positional accuracy 56 electron diffraction 56 supercontinuum generation 56 UV VIS 56 #/#Hz [001] 56 decimal digits 56 SiO 2 56 3nm 56 1W LEDs 56 kHz frequency 56 redshifts 56 SiO2 56 epitaxial layer 56 ± #ppm [001] 56 conductivities 56 arbitrary waveform generator 56 displayable colors 56 #:#.#-#.# 56 diffraction 56 spatial coherence 56 x ray scattering 56 input capacitance 56 irradiance 56 6x zoom 56 Fig. 3b 56 T2 weighted images 56 dBm output 56 total harmonic distortion 56 obliquity 56 magnetization 56 Mpixels 56 #m/min [002] 56 μS cm 56 macroblock 56 #lm [002] 56 backscattered 56 nm VCSEL 56 magnetic dipole 56 Fig. 1A 56 Kelvins 56 UV wavelengths 56 absorbance 56 kΩ 56 bandgap 56 √ Hz 56 cosmic ray flux 56 telephoto focal 56 kS s 56 circularly polarized 56 dielectric constant 56 optical sectioning 56 #x# dpi [001] 56 #dB SFDR 56 ppm ° C 56 ν 56 LWIR 56 x ray diffraction 56 Coulomb blockade 56 eigenvalue 56 mesoscopic 56 antiferromagnetic 56 #-#,# Hz 55 #.#pF 55 sidebands 55 frequency modulated 55 Fig. 1b 55 #ppb Au [002] 55 Fractional N 55 transistor arrays 55 4ms 55 Transmission electron microscopy 55 nm wavelengths 55 periodicities 55 gaussian 55 helium ions 55 model A# 55 nanometers nm 55 oxyhemoglobin 55 pentacene molecule 55 frequency harmonics 55 #x# WXGA resolution 55 Figure 2a 55 collimated 55 Fig. 3B 55 dispersive 55 mAs 55 piezo actuator 55 #/#.#-inch CCD [001] 55 qubit quantum 55 baryonic 55 luminosities 55 milliohm 55 mΩ 55 kHz sampling 55 Noise Ratio 55 φ 55 conformality 55 brightness uniformity 55 emitted photons 55 Total Harmonic Distortion 55 wavelet transform 55 capacitances 55 optical wavelengths 55 submillimeter wavelength 55 6ms response 55 #x# WXGA 55 Figure 1b 55 diffusivity 55 dielectric constants 55 W/cm2 55 electron density 55 HARPS spectrograph attached 55 silicon waveguides 55 #bit ADC 55 milliarcseconds 55 #mV [002] 55 orbital angular momentum 55 MHz bandwidth 55 nanometric 55 beamsplitters 55 ρ 55 temperature coefficients 55 MΩ 55 XGA display 55 MBd 55 hyperfine 55 tunability 55 #Msps [002] 55 tonal gradation 55 ratiometric 55 radiative cooling 55 ms -1 55 photodiode 55 3dB 55 microamperes 55 microns millionths 55 μm thick 55 Fig. 1d 55 mpm 55 ± #ppm [002] 55 uW 55 dBi antenna 55 #x# mm [003] 55 cd m² 55 magnitude EVM 55 frames sec 55 DMIPS 55 PWM signal 55 #MHz bandwidth 55 CMOS transistors 55 chemiluminescence 55 +5 dBm 55 crystallinity 55 neutrino mass 55 kpc 55 microliters 55 fig. S1 55 #X# [003] 55 Bragg grating 55 GaN layer 55 optical isolator 55 supergiant star 55 polarization multiplexed 55 Fig. 1D 55 waveband 55 5mW 55 vibrational modes 55 yr -1 55 RDS ON 55 8MHz 55 #x#dpi 55 #nm #nm [003] 55 0 dBm 55 γ 55 oscillation amplitude 55 chromatic dispersion 55 6MP camera 55 electron optics 55 fluence 55 Interferometric 55 characteristic impedance 55 mW cm 2 55 mode dispersion PMD 55 SNe Ia 55 chromatogram 55 ± #.#mm [001] 55 spectrophotometric 55 microstrip 55 trans impedance 55 ISO sensitivities 55 #MSPS 55 micron wavelength 55 wavefronts 55 ultrahigh resolution 55 magnetization reversal 55 intraclass correlation coefficient 55 absorption spectra 55 #.#GB s [002] 55 Mott insulator 55 heterodyne 55 transmittance 55 nits brightness 55 RMS jitter 55 #:#:# color 55 unmixing 55 lowpass filter 55 bilayer graphene 55 angular velocity 55 intermodulation distortion 55 dB attenuation 55 1MHz 55 multiwavelength 55 gravitationally lensed 55 harmonic suppression 55 Unit Telescopes 55 inductances 55 fluorescence polarization 55 Kbits 55 #dB SNR [002] 55 θ 55 #.#GHz [001] 55 1dB gain 55 Supplementary Fig 55 #μA [002] 55 optomechanical 55 electric dipole 55 pulsed lasers 55 luminous intensity 54 submillimetre wavelengths 54 PIN diodes 54 scanning electron microscope SEM 54 linearized 54 #μ 54 photomultiplier tubes 54 VSWR 54 -# dB [001] 54 friction coefficients 54 nit brightness 54 microlenses 54 chromatograms 54 sphericity 54 NIKKOR lens 54 MWNT 54 NMR experiments 54 wavelength tunable 54 angstrom resolution 54 brightfield 54 reflectometer 54 CdSe 54 optically pumped 54 fluid viscosity 54 QRS duration 54 microamp 54 #Hz #kHz 54 #mm ² [001] 54 diffusion coefficients 54 cesium atom 54 Gbits sec 54 inhomogeneities 54 thermal impedance 54 #:# dynamic 54 modulated signals 54 meter panchromatic 54 Gbits s 54 clamping voltage 54 Fabry Perot 54 #Msps [001] 54 spectral characteristics 54 ANSI lumens brightness 54 pulsewidth 54 MWIR 54 aberration correctors 54 polarimetric 54 photodiodes 54 HEMTs 54 #Ω [002] 54 Quiescent current 54 luminance 54 femtosecond 54 X ray absorption spectroscopy 54 dipolar 54 palladium Pd 54 Dhrystone 54 Interpolated 54 GaAs FET 54 Fiber Bragg Grating 54 hydrodynamic radius 54 #GB/sec 54 wph 54 IR wavelengths 54 NWs 54 Vrms 54 -#dBc/Hz 54 digital converter ADC 54 MQW 54 ACLR 54 beamwidth 54 #:#:# RGB 54 compressive stress 54 Quadrature Phase Shift Keying 54 dielectric strength 54 lattice mismatch 54 Figure 3a 54 #KHz [001] 54 datarate 54 reproducible measurements 54 #.#Ω 54 #.#-#.# [011] 54 cd/m2 brightness 54 ± #V [001] 54 magnetic permeability 54 #Hz [002] 54 Voltages 54 1kV 54 UV absorbance 54 VLBA 54 harmonic distortion 54 linear axes 54 Z axis 54 #ohm [001] 54 mm equiv 54 RGB LEDs 54 anomalous dispersion 54 flyback converter 54 #ppm Cu 54 x #pixels 54 -# dBm [002] 54 #.#uA 54 unpolarized 54 #QAM 54 emissivity 54 oscillation frequencies 54 chirped pulse 54 polystyrene spheres 54 mW MHz 54 pMOS 54 1uA 54 Raman scattering 54 parasitic capacitances 54 colorimetry 54 quantization 54 Linearity 54 SFDR 54 photon emission 54 -# mV [002] 54 photon fluorescence 54 xenon lamp 54 T2 weighted 54 maximum aperture 54 MOS sensor 54 ppm Pb 54 intrinsic jitter 54 #pixels 54 interrupt latency 54 YUV #:#:# 54 μm particle 54 Chromatic aberration 54 mN 54 Mosfets 54 hyperpolarization 54 InSb 54 temperature coefficient 54 QPSK 54 shear modulus 54 interpolation algorithm 54 #.#Gbps [002] 54 linearization 54 #kHz sampling [001] 54 electron flux 54 photoelectron spectroscopy 54 6mm x 6mm 54 Viewing Angle 54 MgO 54 kbits s 54 repeatability 54 mosfet 54 spectroscopic techniques 54 multiphoton imaging 54 #GHz bandwidth 54 diffraction limit 54 orbital eccentricity 54 donor acceptor 54 magnetically coupled 54 EIRP 54 accuracy repeatability 54 5mA 54 kT 54 zeta potential 54 current sensing resistor 54 #.#mA [002] 54 singlemode 54 Nernst 54 tomographic 54 kDa 54 magnetic encoder 54 SiC substrates 54 Agilent #A [001] 54 1ms 54 #mV [001] 54 #.#uF 54 sigma delta 54 spectral 54 MAX# integrates 54 Cpk 54 fast Fourier transform 54 #.#mA [001] 54 dc voltage 54 cryo electron microscopy 54 Optical zoom 54 millimetric 54 isotherms 54 #x magnification [001] 54 ultraviolet wavelengths 54 Z axes 54 Motionflow 54 coating thickness 54 oxide thickness 54 electron spins 54 multispectral imager 54 perturbation theory 54 shorter wavelengths 53 Msps 53 photon detectors 53 5ms 53 electron tunneling 53 reduces crosstalk 53 x ray optics 53 ventricular myocardium 53 InGaN 53 Gigahertz GHz 53 hafnium oxide 53 kinematic viscosity 53 impedance measurements 53 3ms 53 visible wavelengths 53 LiNbO3 53 refractive index 53 Young modulus 53 #cm [001] 53 stereo codec 53 adsorbate 53 submicron 53 BPSK 53 lanthanum aluminate 53 photostability 53 Fig. 1B 53 infrared imager 53 5kHz 53 microamps 53 laser spectroscopy 53 ZrO 2 53 Gbps transceiver 53 excitation 53 electromagnetic flux 53 phototransistor 53 kB 53 UXGA #x# 53 Interferometer VLTI 53 2 MeV electron 53 tetragonal 53 eigenvalues 53 brightness 53 reentrant 53 blackbody 53 electronic excitations 53 figs. 53 LVCMOS 53 Fig. 2B 53 NMR spectra 53 martensite 53 Tbit s 53 cm2 53 surface roughness 53 μF 53 GSa s 53 nonequilibrium 53 SCHNEIDER KREUZNACH 53 Josephson junction 53 mA output 53 2kHz 53 #mm #mm equivalent [001] 53 optical microscopy 53 photomultipliers 53 0dBm 53 UV Visible 53 hyperintense lesions 53 #/#.#-inch [001] 53 kHz bandwidth 53 outcoupling 53 RPM rotational 53 intramolecular 53 local oscillator LO 53 PLL synthesizer 53 emitting lasers 53 8nm 53 heterojunctions 53 1μA 53 5dB 53 micron pixel pitch 53 6GHz 53 sigmoid 53 surface plasmon 53 sinusoid 53 #X# pixels 53 spectrophotometry 53 microwave photon 53 vertically polarized 53 Agilent U#A 53 m/s2 53 edge roughness LER 53 ZnSe 53 revs min 53 #mm# [001] 53 ultrashort pulses 53 helicity 53 quadrupole 53 magnetic susceptibility 53 typ. 53 decibel dB 53 platinum Pt 53 #.#μ 53 microtubes 53 isotherm 53 tonal reproduction 53 repeatable measurements 53 confocal microscopy 53 4CIF 53 confocal laser scanning 53 elastic modulus 53 sub micron 53 mE 53 interferometer 53 superconducting qubit 53 #dB dynamic 53 inductance values 53 #x# dpi [002] 53 cellularity 53 +7 dBm 53 3mm x 53 monolayer graphene 53 Fourier transform infrared 53 x ray microscopy 53 MHz horizontal 53 Kb s 53 darkfield 53 ligand receptor 53 Force Microscopy 53 diffracted 53 toroid 53 Strain Gauge 53 SINFONI 53 magnetoresistance 53 kelvin 53 external resistor 53 detuning 53 MALDI 53 #K LEs 53 echogenicity 53 nonlinear optical 53 tunable filters 53 variable resistor 53 mCi 53 kilohertz kHz 53 Ytterbium 53 polarimetry 53 detector arrays 53 electrospray ionization 53 +# dB 53 heterostructure 53 #.#ns 53 micrometre sized 53 Khz 53 picogram 53 mm f/#.# ASPH 53 backscattering 53 predistortion 53 ionic conductivity 53 SAR ADC 53 GPa 53 Xtra Fine 53 #.#-# mm 53 microstepping 53 depolarization 53 pmol 53 CMOS silicon 53 radii 53 nonlinearities 53 CCD detector 53 #.#MHz [008] 53 #mΩ [001] 53 SDS PAGE 53 W/m2 53 2ppm 53 thermal gradients 53 dBi gain 53 diffractive 53 QXGA 53 #x# dpi [003] 53 Fig. 4A 53 cm ^ sup 53 Yb 53 jitter measurement 53 voltage outputs 53 interferometric observations 53 etalon 53 expiratory flow 53 transimpedance 53 pixel binning 53 #.#Gbit s [001] 53 Crystal Oscillator