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(Click for frequent words.) 59 mK 59 cm -2 58 τ 58 ZnSe 57 ε 57 1μm 57 ρ 57 mm f/#.# ASPH 56 g cm 56 W mK 56 cm ² 56 Yb 56 mH 56 σ 55 x 9mm 55 Î ¼ 55 torr 55 55 ASPH lens 55 absorption coefficient 55 hafnium oxide 55 Ù 55 κ 55 magnetic permeability 55 ¸ ° 55 voltage divider 54 6T SRAM 54 x 2mm 54 nH 54 #um [002] 54 ³ ³ 54 PowerPAK 54 e = mc 54 doped silicon 54 ¼ ö 54 #.#x#.#mm 54 ZnO nanowire 54 dI dV 54 mu m 53 ë 53 χ 53 X ray absorption spectroscopy 53 mju 53 thermal EMF 53 Mg Fe 53 meV 53 4H SiC 53 ^ sup -1 53 ZrO 2 53 #lm [002] 53 threshold voltages 53 mm ² 53 numerical aperture NA 53 #x#x# mm [002] 53 ± #ppm [002] 52 ¿ ¡ 52 Ñ Ð 52 linewidths 52 Olympus μ 52 Rubidium 52 #μ 52 Si substrate 52 º ° 52 CdS 52 μm diameter 52 μm 52 Mosfet 52 ± ± 52 íà 52 θ 52 η 52 #.#nm [002] 52 Fig. 2B 52 GaN layer 52 #μF [001] 52 type ZnO nanowires 52 #x# mm [004] 52 Fig. 1d 52 3v 52 linewidth 52 ° ú 52 ¸ ¸ 52 #ppm ° C 52 #.#-# [029] 52 Vario Sonnar T 52 ± ¹ 52 Photometer 52 monochromator 52 mosfet 52 ± â 52 ¾ Ð 52 Fig. 4A 52 vanadium oxide 52 aspheres 51 γ 51 ê 51 Eq. 51 ³ ª 51 #mm f/#-#.# 51 transconductance 51 S#C [001] 51 ν 51 #nm laser [002] 51 Olympus mju 51 Fig. 1a 51 EMCCD 51 #HT [003] 51 dpa rt 51 E = mc 51 birefringence 51 ¨ ¤ 51 Zuiko Digital 51 OptiMOS 51 ³ â 51 Pentax lens 51 · Î 51 5μm 51 SiO 2 51 x 3mm 51 #mm f/#.#-#.# [001] 51 ° sec 51 aspherical lens 51 1W LED 51 micron thick 51 Zr 51 #.#x#.#x#.# 51 Ð ¼ 51 lanthanum La 51 pentacene 51 #nm wavelength [001] 51 NMOS 51 λ 51 photodiode array 51 Interferometric 51 ± × 51 AlN 51 ° ° 51 #x#x#mm [002] 51 electron doped 51 x #.#mm [005] 51 » ç 51 SLR lenses 51 microcavity 51 #.#μ 51 dielectric constant 51 nm wavelengths 51 nanomesh 51 Zuiko 51 photoionization 51 μm thick 51 #μm [001] 51 x 7mm 51 ZUIKO DIGITAL ED 51 #mm x #.#mm [002] 51 graphene nanoribbon 51 ° í 51 51 4mm x 51 À º 50 #mm F/#.# [002] 50 telephoto zoom lens 50 deoxy 50 megapixel #/#.# 50 MOS transistors 50 ÐμÐ 50 nematic 50 temperature coefficient 50 ú 50 ω 50 Fig. 3A 50 WxDxH 50 1nm 50 #lm [001] 50 Ð Ð 50 #.#mm x #.#mm [003] 50 #.#mm x [002] 50 SiC substrates 50 shockproof waterproof 50 microlens 50 #SW [002] 50 ± ¸ 50 electret 50 3mm x 3mm 50 ¾ î 50 optically pumped 50 ° Ð 50 #mm f/#.#-#.# [002] 50 ç 50 7mm x 50 DFN package 50 microwatt 50 #/#.#-inch CCD [001] 50 tetragonal 50 undoped 50 kcal mol 50 GPa 50 SiO2 50 unmixing 50 CoolMOS 50 dipole moment 50 SWNT 50 #.#um [001] 50 LEICA 50 microphone preamplifier 50 dpa wh 50 pMOS 50 Leica Digilux 50 º ¸ 50 #.#A [005] 50 cm -3 50 phonon 50 ¼ ¼ 50 dpa nr 50 ZnS 50 #x#x#mm [003] 50 circular dichroism 50 ° ¡ 50 electron tunneling 50 toroidal 50 SI1 50 dpa sch 50 picoliter 50 #pF [001] 50 1ppm 50 confocal 50 FLD glass 50 stripline 50 dpa cb 50 x #.#mm [001] 50 digitisers 50 aspheric lens 50 × #mm [001] 50 #pF [002] 50 #.#Hz 50 dpa sib 50 magnesium Mg 50 photoemission 50 6mm x 6mm 50 Á ¤ 50 GaN nanowires 50 Schottky 50 x #.#in [001] 50 voltage coefficient 50 polysulfone 50 dpa si 50 ohmic 50 ² 50 photocouplers 50 #x#x# mm [003] 50 Ú 50 P3HT 50 HRTEM 50 solution processible 50 Fig. 4b 50 Mju 50 variable resistor 49 Fig. 2b 49 optomechanical 49 Fig. 2C 49 TTL CMOS 49 Nernst 49 InAs 49 x#.# [002] 49 Å 49 enthalpy 49 Pentax Optio 49 ÀÌ 49 absorption spectroscopy 49 Fig. 1c 49 anisotropy 49 #.#mm x [003] 49 Telephoto Zoom Lens 49 Nikon AF 49 calorimetric 49 antimonide 49 #.#mm x #.#mm [001] 49 HORIBA Jobin Yvon 49 Samsung Digimax 49 ï € 49 z ^ 49 compressibility 49 mol L 49 Signal Conditioner 49 cuprate 49 δ 49 microbolometers 49 #.#Ω 49 ratiometric 49 dpa ms 49 ° ª 49 3 x 3mm 49 Å -1 49 FWHM 49 -# ° C [001] 49 tin Sn 49 #.#mm x #.#mm x [004] 49 RTAX DSP 49 conductance 49 Aliquam 49 #/#-inch CCD 49 ZnO 49 Δ 49 dpa tg 49 ÿÿ 49 Field Effect Transistors 49 aspheric 49 ± #ppm [001] 49 #nm #nm [002] 49 x 2in 49  ± 49 pin 4mm x 49 calcium fluoride 49 Fig. 4c 49 -# ° [002] 49 dpa fm 49 TCXOs 49 isotropic 49 elastic modulus 49 dpa jbp 49 Polarized Light 49 ppm ° C 49 pixel CMOS 49 Ï Î 49 +5 VDC 49 #.#â € 49 Fig. 1A 49 modulus 49 HfSiON 49 coercivity 49 DEV DA TOMAR NEXT 49 picometers 49 unsigned char 49 absorbance 49 TTL compatible 49 qubit quantum 49 manganite 49 uniaxial 49 measuring #.#mm x [001] 49 ellipsoid 49 LEICA D 49 Mott insulator 49 self assembled monolayers 49 ¨ ¹ 49 EX DG HSM 49 #.#in x 49 nitride semiconductor 49 channel MOSFET 49 magnon 49 InSb 49 Sitrans 49 Î 49 Sanyo Xacti 49 EX FC# 49 beamsplitters 49 shear modulus 49 fluorescence detection 49 amperometric 49 TrenchFET Gen III 49 #x#x# cm 49 · · · 49 ultra telephoto zoom 49 #nC 49 shaft diameters 49 3mm DFN package 49 absorption spectra 49 Young modulus 49 ¤ ý 49 capacitively coupled 49 electrically insulating 49 Terbium 49 φ 49 Micro Nikkor 49 FinePix J# [001] 49 2μm 49 ° Ô 49 CdSe 49 Scale Package 49 ò 49 PIN photodiodes 49 = strlen 49 emission wavelength 49 #x#x# mm [004] 49 #mm f/#.# [001] 49 dpa sm 49 MagIC 49 QMEMS 49 LEICA DC VARIO ELMARIT 49 yr -1 49 mm F#.# 49 Crystal Oscillator 49 magnetostrictive 49 Ë 49 photobleaching 49 capacitances 49 3mm x 49 ¹ Î 49 kT 49 monolithically integrated 49 SMT LEDs 49 TEGA ovens 49 SiON 49 YBCO 49 photomultiplier tubes 49 glutamyl 49 × #mm [002] 49 5V CMOS 49 FinFET 49 Analog Devices AD# 49 dpa rl 49 Ì 49 timebase 48 Digital Camera Introduction 48 microcavities 48 cuprates 48 memset 48 pellicle 48 Potentiometer 48 unsigned int 48 #mm f/#.# [002] 48 Anti Reflective 48 wavelength tunability 48 Olympus Mju 48 hyperfine 48 oxide semiconductor 48 dielectrics 48 Fig. 2A 48 μ mju 48 mrad 48 ohm cm 48 measures #.#mm x 48 Avago ACPL 48 x #.#in [002] 48 = NULL [002] 48 chipscale 48 ferrite 48 GaP 48 electron transistor 48 FRAP 48 #x#x#mm [004] 48 x 8mm 48 micrometre 48 Lithium Niobate 48 Ricoh Caplio 48 silica spheres 48 TCXO 48 nanometric 48 Leica M# 48 #x#mm [005] 48 Nd YAG 48 dispersive 48 kelvin 48 6mm x 48 dpa amc 48 erbium 48 dipolar 48 Figure 1A 48 channel MOSFETs 48 perturbation theory 48 intracavity 48 € Ð ° 48 Fig. 3b 48 48 #x#x#mm [001] 48 #mm f/#.#G 48 mF 48 Speedlite #EX II 48 OTFT 48 1mm x 1mm 48 Ð ¡ 48 LDO voltage regulators 48 InGaAs 48 cytidine 48 ¶ À 48 Vdd 48 m z 48 Holmium 48 SAW oscillators 48 dB insertion loss 48 Fluke #A 48 #μm [002] 48 #:#.#-#.# 48 Flow Thru 48 #GBASE 48 InGaN 48 t5 48 kinematic viscosity 48 TECHSPEC ® 48 athermal 48 silicon Si 48 icosahedral 48 Silicon Nitride 48 #mm# [001] 48 mm f/#.# 48 dc converter 48 MnO 48 3W LED 48 milliohm 48 #mm x #mm [006] 48 magneto optical 48 micrograph 48 OPTIMASS 48 3CCD 48 copper oxide superconductors 48 #.#mm x [001] 48 conductively cooled 48 laser scanning confocal 48 ± #V [002] 48 Boltzmann constant 48 PIN photodiode 48 irradiance 48 mà 48 #mm F4 [002] 48 DFN packages 48 Distagon T * 48 Fig. 2E 48 #x#x#.# mm 48 subminiature 48 5mm x 6mm 48 MΩ 48 Tamron SP 48 AFM probes 48 Ytterbium 48 #.#Ah 48 cytochrome 48 Si#DP 48 photolysis 48 2mm x 2mm 48 Zuiko Digital ED 48 CuO 48 À » 48 mW cm 2 48 SOT# package [002] 48 micrometre scale 48 antiferromagnetic 48 testo 48 PowerPAK SO 8 48 lx 48 DMOS 48 hexagonal lattice 48 t1 48 Fastcam 48 tantalum capacitors 48 excitation wavelengths 48 SiO 48 resonance frequency 48 #mm x #.#mm [003] 48 tetrahydrofuran THF 48 ferrite core 48 pkt 48 AlInGaP 48 PX# [003] 48 Fe Ni 48 z = 48 Fabry Perot 48 TiO 48 #.#mm x [005] 48 #.#u 48 k dielectric 48 SMA connector 48 moduli 48 Packard Bell EasyNote 48 colloidal particles 48 amu 48 copper interconnects 48 meson 48 DIGIMAX 48 toroid 48 linear encoder 48 orbitals 48 #x#x# [009] 48 = null 48 #x#mm [002] 48 ¤ j 48 α 48 dopant 48 ³ ¯ 48 cm ³ 48 DVD# 48 perovskite 48 ist DS 48 leakage currents 48 HEMTs 48 Femtosecond 48 #x# mm [003] 48 x 4mm 48 monodisperse 48 Thermocouple 48 3nm 48 martensitic 48 H2D 48 #Mp 48 μF 48 Confocal 48 PIN diode 48 dpa fp 48 μL 48 μH 48 SANYO Xacti 48 I1 48 #.#mm x #.#mm x [002] 48 Olympus Zuiko Digital 48 Î ± 48 Ultrason 48 kBq 48 NiSi 47 #x#mm package 47 TOPLED 47 MBd 47 OS HSM 47 methoxy 47 Nova NanoSEM 47 SOIC package 47 mobilities 47 resonators 47 capacitance values 47 Ð ½ 47 TO #AB 47 Fisheye Lens 47 #x magnification [002] 47 AlN layer 47 X7R 47 MEMS resonators 47 nanosecond pulse 47 gadolinium Gd 47 ì 47 1kV 47 Ð ¸ 47 HV# [003] 47 QFP packages 47 palladium Pd 47 Kopin CyberDisplay 47 electron mobility 47 V dc 47 optical isolator 47 polariton 47 superlattice 47 cm ^ sup 47 polystyrene spheres 47 ª L 47 CMOS transistors 47 triplexer 47 TDFN 47 TECNIS R 47 Qdot 47 confocal laser scanning 47 2mm x #.#mm 47 thermocouple RTD 47 Ð ° Ð 47 isomeric 47 BSI CMOS 47 tri axial 47 sinewave 47 GaN wafers 47 circularly polarized 47 Josephson junction 47 AF# #mm 47 milliampere 47 zener diodes 47 #VAC [002] 47 Promass 47 greyscale 47 μS cm 47 NaOH 47 E0 47 ligand receptor 47 Nd 47 TDFN packages 47 octyl 47 FinFETs 47 GD# [001] 47 #dB SNR [001] 47 #.#mV 47 Dimage 47 thermowells 47 ¶ ó 47 ^ sup #m 47 #mm x 47 ARPES 47 x 5mm 47 +# deg [002] 47 mM NaCl 47 CCD imager 47 fA 47 TLP# 47 spherical lenses 47 Zoom NIKKOR lens 47 nonequilibrium 47 thermistors 47 5mm QFN package 47 #mm equiv [002] 47 narrow bezel 47 II LD Aspherical 47 VCXO 47 2dB 47 titanium dome tweeter 47 Raman spectra 47 Tunable 47 DFB lasers 47 radioligand 47 superconducting qubit 47 ml min 47 laser excitation 47 Actel ProASIC3 47 pixel CCD 47 blackbody 47 Switchable 47 √ Hz 47 mmol 47 luminous flux 47 LUMIX G 47 #.#mm x #.#mm [002] 47 dielectric permittivity 47 teleconverter 47 LX2 47 Foveon X3 47 photon energies 47 multiphoton 47 SAC# 47 refractive index 47 mm QFN package 47 integral nonlinearity INL 47 #.#mm [002] 47 HiLyte Fluor ™ 47 #bar [001] 47 x #mm W 47 Ultra Compact 47 surface mountable 47 bandgaps 47 capacitance 47 ^ [002] 47 pin TSSOP 47 IGBT modules 47 input impedance 47 rho 47 SYBR Green 47 -# dB [001] 47 nonmagnetic 47 m ^ sup 47 wirewound resistors 47 picolitre 47 Si#DB 47 Ultradur 47 Megapixel CMOS 47 ion traps 47 #pin [001] 47 #.#μF 47 pentacene molecule 47 electrospray ionization 47 nonpolar 47 oC 47 thermally activated 47 UV VIS 47 jh 47 numerical aperture 47 paramagnetic 47 X7R dielectric 47 ¸ ¶ 47 megapixel Optio 47 Complementary Metal Oxide Semiconductor 47 mesoscopic 47 output capacitors 47 bilayers 47 #pk 47 fluorescence microscopes 47 0V 47 Sn 47 SMARTi 47 pulsewidth 47 Deadlinepix 47 mAh Lithium 47 leadless 47 anions 47 large diaphragm condenser 47 #W halogen 47 mN 47 g mL 47 electron optics 47 #nm #nm [003] 47 pin BGA package 47 pin 5mm x 47 CMOS imager 47 DPAK 47 RF demodulator 47 ab initio calculations 47 nm wavelength 47 Digital Amplifier 47 HfO2 47 roku 47 H#G 47 Nikkor lens 47 1kHz 47 oxyhemoglobin 47 input capacitance 47 Schematic representation 47 SWCNT 47 voxel 47 #cm x #.#cm 47 XCode II 47 CIS CIGS 47 MSOP packages 47 dpa hl 47 incremental encoders 47 5mm x 5mm 47 Ho Er Tm 47 4 x 4mm 47 CVBS 47 oxide thickness 47 #bits 47 ¤ ¸ 47 #V ac 47 min -1 47 ª k 47 wetted parts 47 TW# [001] 47 S Nikkor #mm 47 sram 47 TQFN package 47 Fuji FinePix 47 hydroxyphenyl 47 intramolecular 47 Agilent #A [001] 47 post perovskite 47 GaN layers 47 Cu Cu 47 SAR ADC 47 Ð ¾ Ð 47 pin 3mm x 47 Pearson correlation coefficient 47 #/#.#in 47 dielectric 47 mm QFN 47 FLIM 47 Capacitance 47 Nikkor #mm 47 jrw 47 Schottky rectifiers 47 TECHSPEC 47 x #.#mm package 47 lowpass filter 47 #-#/#L #-#/#L 47 responsivity 47 ferrites 47 Voltage Regulator 47 Gallium arsenide 47 AG# [001] 47 rotary encoders 47 Europium 47 8mm thick 47 mT 47 TECs 47 toroids 47 deionised water 47 EMIF# 47 SOIC packages 47 microvolts 47 pas encore 47 #mm F#.# [002] 47 frame synchronizer 47 SMD LEDs 47 piezo 47 ActiPix D# 47 CLC# 47 Fig. 4B 47 CL# [003] 47 nanometers nm 47 scanning electron microscopy SEM 47 micron 47 WL CSP package 47 Xd 47 photothermal 47 ¹ q 47 geometries shrink 47 thermal conductivity 47 pin SOT# package 47 Tg 47 SOI CMOS 47 Josephson junctions 47 arcsec 47 iglide 47 bipolar transistors 47 outcoupling 47 mbar 47 fluorescence emission 47 Leica lens 47 t4 47 #mm equiv [001] 47 dielectric constants 47 #V# [001] 47 .# micron 47 ppm ppm 47 emission spectroscopy 47 GaAs substrates 47 BriteFlash 47 Schematic diagram 47 Fig. 2d 47 gaussian 47 ¾ Æ 47 3x optical zoom lenses 47 epitaxially grown 47 orifice plates 47 Field Effect Transistor 47 Schottky diode 47 3MOS 47 rhodamine 47 4mA 47 kHz frequency 47 ª ÷ 47 luma 47 CF W7 47 P0 47 zirconium oxide 47 VVS2 47 epitaxy HVPE 47 #.#in [004] 47 waterproof shockproof 47 m 47 Z axes 47 CCD detector 47 nL 47 Angenieux 47 CNT FED 47 mm ^ sup 47 Kodak KAI 47 TFTs 47 0 & 47 inductance values 47 photoactivation 47 epitaxial silicon 47 #u [001] 47 MLPQ package 47 Figure 4a 47 freezeproof 47 Supplementary Table 47 MEMS oscillators 47 #μF [002] 46 μs 46 photon counting 46 resistor capacitor 46 Lumix FX# 46 Infrared Thermometer 46 Gaussian beam 46 parasitic inductance 46 SMD LED 46 #nm wavelengths 46 nMOS 46 G.#a 46 thermal impedance 46 mol 46 wjh 46 excitation wavelength 46 SI2 46 μW 46 circular polarized 46 OSTAR Compact 46 VARIO 46 inductive proximity 46 #x#x#.#mm [003] 46 Anthony Boissiere FRA 46 Lutetium 46 elastic moduli 46 pF 46 #mm ² [001] 46 #mm f/4G ED VR 46 #.#mm thickness [001] 46 Inductor 46 f/#.#G 46 ist DL 46 SZ #MR 46 helium atom 46 bandgap 46 layer graphene 46 ˙ 46 LZ# [003] 46 tantalum nitride 46 nonlinearity 46 ÷ ÷ 46 Convolution Reverb 46 ³ 46 deci 46 electron density 46 DMC G1 46 OmniVision OV# 46 VAIO VGN 46 #.#Mp [002] 46 ferroelectric 46 #mm #mm equivalent [001] 46 #cm [001] 46 diffusion coefficient 46 SPC# [002] 46 x #.#cm [001] 46 Fig. 3c 46 monochromators 46 submicrometer 46 reflowed 46 streptavidin 46 martensite 46 isotherm 46 #.#D [002] 46 Fig. 3B