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(Click for frequent words.) 75 nanometers 68 nanometers nanometer 67 micrometre 66 microns 64 nanometer 64 nanometers billionths 64 micron 64 hafnium oxide 64 #μm [002] 63 #μm [001] 63 nm 63 micrometers thick 63 μm 63 CMOS transistors 63 silica spheres 63 micrometers 62 mu m 62 microns thick 62 micron thick 62 1μm 62 5μm 62 micrometer 62 #mm ² [001] 62 linewidths 62 #.#μm [001] 62 #.#x#.#mm 61 nm wavelengths 61 angstroms 61 #.#um [001] 61 #mm ² [002] 61 μm diameter 61 nanometers thick 61 millimeter mm 60 micrometres 60 nm wavelength 60 angstrom 60 micron diameter 60 micrometer scale 60 W mK 60 #nm #nm [001] 60 nanometric 60 mm ² 60 meV 60 picoseconds 60 millimeter silicon wafers 60 μm thick 59 #um [002] 59 ZnSe 59 #x#mm [002] 59 picosecond 59 FinFET 59 micron pixels 59 x 7mm 59 #mm# [003] 59 cm -2 59 nanometer wavelength 59 5nm 59 phototransistors 59 polystyrene spheres 59 microcavity 59 femtogram 59 nm CMOS 58 nanotubes nanowires 58 diffraction limit 58 subwavelength 58 2nm 58 Nanometer 58 sq. mm 58 2μm 58 #.#μ 58 SOI CMOS 58 m 58 electron mobility 58 #.#nm [002] 58 monodisperse 58 #mV V 58 microlenses 58 x 9mm 58 micrometres thick 58 nanometer node 58 PIN photodiode 58 optical waveguides 58 #.#μm [002] 58 Kbits 58 Si substrate 57 electron volt 57 #x# mm [004] 57 bandgaps 57 wafer thickness 57 #nm #nm [002] 57 BGA packages 57 #mm# [001] 57 x 3mm 57 linewidth 57 attoseconds 57 dielectric layers 57 absorption coefficient 57 nanodots 57 #.#mm# [002] 57 #.#mm thick [002] 57 microns millionths 57 laser annealing 57 SiO 2 57 #nm wavelengths 57 1nm 57 nonpolar GaN 57 μS cm 57 5mm x 5mm 57 emission wavelength 57 #.#mm# [001] 57 femtosecond pulse 57 Vsby 1 57 mm2 57 polycrystalline 57 LiNbO3 57 dipole moment 57 defect densities 56 copper interconnects 56 oxide thickness EOT 56 #.#mm x #.#mm x [002] 56 x 6mm 56 billionths 56 microliters 56 Mbit MRAM 56 SiC substrates 56 #nm wavelength [001] 56 photomultipliers 56 hydrogen atoms strung 56 silicon photonic 56 indium gallium 56 nanomesh 56 6T SRAM 56 film transistors TFTs 56 leadless package 56 Raman lasers 56 copper metallization 56 kilobases 56 x #.#mm [005] 56 micrometer sized 56 silicon Mach Zehnder 56 arcsecond 56 UV wavelengths 56 aluminum nitride 56 variable resistor 56 #/#-inch diameter 56 threshold voltages 56 #.#mm x [001] 56 millimeter diameter 56 SiO2 56 CIGS cells 56 millivolts 56 nitride semiconductor 56 picometers 56 zinc selenide 56 silicon Si 56 nanowatts 56 isotropic 56 cm ² 56 nanometer nm 56 ZrO 2 56 PBGA package 56 capacitances 56 #x#x# inches [002] 56 millionths 56 x #.#mm package 56 spherical particles 56 airgap 56 insulator wafers 56 Fast Fourier Transform FFT 56 #pF [001] 56 W/cm2 56 bandgap 56 Angstroms 55 nanometer CMOS 55 x #.#cm [001] 55 barium titanate 55 InAs 55 .# micron 55 optically transparent 55 FWHM 55 photodetectors 55 nm CMOS process 55 sapphire wafer 55 nm VCSEL 55 wph 55 GaAs substrates 55 indium phosphide 55 RGB LEDs 55 Soitec produces 55 multi walled nanotubes 55 cm ^ sup 55 #um [001] 55 optically pumped 55 x 1mm 55 nanosponge particles 55 arcseconds 55 micron wafers 55 CdSe 55 silicon nanowire 55 chipscale 55 dual damascene 55 femtoseconds 55 GeV 55 quadrillionths 55 #x#mm package 55 nanoarrays 55 x #.#mm [003] 55 × #mm [002] 55 solder bump 55 nanometer lithography 55 nanowire arrays 55 Gb NAND 55 microwatt 55 2mm x #.#mm 55 indium gallium phosphide InGaP 55 2mm x 2mm 55 emitting lasers 55 epiwafers 55 #.#um [002] 55 dielectric constant 55 pin BGA package 55 SiON 55 Laser diodes 55 cubic millimeter 55 dimensional tolerances 55 GNRs 55 nanometer scale 55 3nm 55 photonic crystal 55 #nm CMOS [001] 55 optical modulators 55 3mm x 3mm x 55 nm immersion 55 MoS2 55 nm diode laser 55 Photolithography 55 CMOS oscillators 55 poly crystalline 55 g cm 55 x 2in 55 SOIC package 55 #.# micron CMOS 55 shorter wavelengths 55 5V CMOS 55 semiconductive 55 cadmium selenide 55 CIGS solar panels 55 micron thickness 55 nm immersion lithography 55 embedded SRAM 55 photolithographic 55 QFN# package 55 Wh kg 54 Mbit SRAMs 54 6nm 54 photonic bandgap 54 SAW oscillators 54 mm × 54 GPa 54 #mm# [002] 54 nm nodes 54 gigapascals 54 nanoantennas 54 graphitic carbon 54 SOT# [002] 54 crystallites 54 CVD diamond 54 photoemission 54 x 2mm 54 indium gallium arsenide InGaAs 54 cm -1 54 microlitre 54 superparamagnetic 54 SWCNT 54 MΩ 54 SOT# [001] 54 SWNT 54 μW 54 scanning electron microscopes 54 QFN packages 54 micrometre sized 54 #x# mm [003] 54 silicon substrates 54 electronvolts 54 transistor HEMT 54 Nanowires 54 submicrometer 54 ZnS 54 MOS transistors 54 niobium titanium 54 chip inductors 54 nsec 54 hydride vapor phase 54 Dhrystone 54 6mm x 6mm 54 mm QFN packages 54 photodetector 54 hollow cylinders 54 Photonic crystals 54 GaN wafers 54 6GHz 54 nanoporous 54 submicron 54 #.#uF 54 nanometer transistors 54 semiconducting material 54 QCLs 54 Co2 laser 54 micron pixel 54 MeV 54 zirconium oxide 54 multilayers 54 #x#x#mm [002] 54 Josephson junction 54 micromachined 54 x 7cm 54 metamaterial structures 54 silicon carbide substrates 54 Nd YAG 54 crystalline Si 54 Gbps transceiver 54 mW/cm2 54 epi wafers 54 Amorphous silicon 54 #.#u 54 photon energies 54 thermal conductivities 54 lithographic processes 54 mm BGA 54 nematic 54 strontium titanate 54 #.#mm x #.#mm [004] 54 GFlops 54 CY# [003] 54 ring resonator 54 MBd 54 DFN packages 54 CMOS circuits 54 TDFN packages 54 5mm x 54 particle sizes 54 #.#mm x #.#mm [003] 53 titanium sapphire 53 WL CSP package 53 #.#mm [002] 53 dielectric constants 53 milliwatt 53 x 5mm 53 picoliter 53 9xx nm 53 capacitance values 53 photon detection 53 diameter 53 deep ultraviolet DUV 53 ceramic capacitor 53 m z 53 silicon 53 superlattice 53 nanofilm 53 ohm cm 53 microwatts 53 pin BGA 53 CdTe Si 53 #nm [002] 53 CIGS solar cells 53 AlGaAs 53 #μ 53 kg/m3 53 cadmium sulfide 53 mm wafer 53 keV 53 TDFN package 53 λ 53 linearly polarized 53 CMOS compatible 53 #nm silicon 53 geometries shrink 53 nanosecond pulse 53 densely spaced 53 microliter 53 NWs 53 ENOB 53 x 4mm 53 silicon atoms 53 toroids 53 manufactures integrated circuits 53 foot lamberts 53 SiC wafers 53 CMOS silicon 53 Young modulus 53 GaAs AlGaAs 53 fused quartz 53 output capacitors 53 pore sizes 53 mesoporous 53 Gallium arsenide 53 #MSPS 53 #.# micron node 53 lasing wavelength 53 Kbit 53 indium gallium nitride 53 lithium niobate 53 mT 53 QMEMS 53 7mm x 7mm 53 quadrillionth 53 electret 53 nanosize 53 X ray pulses 53 dimensional nanostructures 53 milliohm 53 numerical aperture 53 oxide thickness 53 picoliter droplets 53 #nm lithography [002] 53 doped silicon 53 bipolar transistors 53 4 x 4mm 53 #.#in [004] 53 SiT# 53 HTS wires 53 pore diameters 53 micrometre scale 53 InGaN 53 indium phosphide InP 53 nanoliter 53 mK 53 pin TDFN package 53 JESD# [002] 53 pin QFN 53 CMOS fabrication 53 VCSELs 53 magnesium fluoride 53 nanotube transistor 53 pin SOIC package 53 gallium indium 53 DongbuAnam 53 sub picosecond 53 Josephson junctions 53 PEDOT 53 OptoPHY 53 photolithography 53 #mm x #.#mm [001] 53 HRTEM 53 #μm thick [002] 53 silicon CMOS 53 wafer dicing 53 permittivity 53 multicrystalline cells 53 electrically insulating 53 #mm x #.#mm [003] 53 ε 53 germanium substrates 53 leadframes 53 SO8 53 TSMC #.#um 53 AlGaInP 53 ADA# 53 agarose gel electrophoresis 53 Dektak 53 nano imprint 53 Ytterbium 53 visible wavelengths 53 8mm thick 53 epitaxy HVPE 53 Powerful debug 53 rms jitter 53 pin SOT 53 MQW 53 PIN diode 53 birefringence 53 kcal mol 53 CMOS wafer 53 MWNTs 53 quartz oscillators 53 pin SOIC packages 53 MWNT 53 micromirrors 53 MIM capacitors 53 #.#μm CMOS 53 #nm laser [002] 53 #GHz frequency 53 resonators 53 stripline 53 silicate dust 53 ferrite 53 kelvins 53 sapphire wafers 53 gate dielectrics 53 pin MLF 53 nanometer nm node 53 CdTe PV 53 dopant 53 1mm thick 53 microbolometers 53 SiGe bipolar 53 breakdown voltages 53 hexagonal lattice 53 rigid substrate 52 Terahertz radiation 52 graphene transistors 52 manganite 52 MRAM chips 52 Lithium Niobate 52 varactors 52 picometer 52 gigabit Gb 52 nanotechnology microsystems 52 electron emitters 52 inch sapphire wafers 52 millimeter wafers 52 microampere 52 electro optic modulators 52 pin SSOP 52 Optical tweezers 52 photon absorption 52 cd m 52 FCBGA 52 5mm x 6mm 52 #.#-# mm 52 microlitres 52 Gbps transceivers 52 k dielectric 52 indium arsenide 52 #nm SOI 52 ytterbium 52 atomic lattice 52 nanobelts 52 2G HTS wire 52 #.#mm x #.#mm [001] 52 picoliters 52 metallic nanostructures 52 μF 52 copper indium gallium diselenide 52 #nm CMOS [002] 52 Gb NAND flash 52 Elpida #nm 52 megapascals 52 dI dV 52 nanoholes 52 x #.#mm [004] 52 InGaAs 52 microchannel plate 52 areal densities 52 GaAs MESFET 52 8 pin TDFN 52 exciton 52 nanomagnets 52 varying thicknesses 52 interconnected pores 52 #.#mm x #mm [002] 52 MWCNTs 52 photoconductive 52 nm SRAM 52 eutectic alloy 52 mm silicon wafers 52 Mflops 52 III nitride 52 semiconducting nanowires 52 4mm x 52 calcium fluoride 52 MOS transistor 52 transmissivity 52 Fabry Perot 52 nm excitation 52 MTCMOS 52 conductivities 52 silicon waveguides 52 #x#x# cm 52 #nm VCSEL [001] 52 emitting lasers VCSELs 52 Gbits s 52 micromachining 52 semiconductor nanowires 52 mono crystalline 52 sphericity 52 UV lasers 52 #ppm U 52 XFP optical 52 micromirror 52 micrometer thick 52 Tunable 52 cm2 52 #GHz [001] 52 indium gallium arsenide 52 #.#x#.#x#.# 52 silica nanoparticles 52 GaP 52 nm node 52 #x#x#mm [004] 52 Silicon Germanium 52 8mm diameter 52 transistor arrays 52 m downhole 52 AMLCDs 52 nanolaser 52 pin LQFP 52 silicon transistors 52 hollow fibers 52 femtosecond pulses 52 LQFP 52 bioelectrical impedance 52 e beam lithography 52 2dB 52 monocrystalline silicon 52 FinFETs 52 nanoliters 52 Scale Package 52 GaN HEMTs 52 InSb 52 kbit 52 #m@#.# % [002] 52 electron bunches 52 #nm node [002] 52 Nd Yag 52 gallium nitride 52 multicrystalline silicon 52 imprint lithography 52 #ppm Cu 52 #.#um CMOS 52 ultrasmall 52 trimers 52 tetragonal 52 epitaxial layer 52 singlemode 52 mW MHz 52 MHz NMR 52 candelas 52 transceiver modules 52 Raman scattering 52 VCSEL 52 wavelength lasers 52 TiO 2 52 nanometer billionth 52 6mm x 52 photonic devices 52 polariton 52 3mm x 3mm 52 pin 4mm x 52 aluminosilicate 52 nanopowders 52 photomultiplier tubes 52 gallium phosphide 52 g/m2 52 sub micron 52 1Mbyte 52 optical microscopes 52 ultrashort pulses 52 ultraviolet wavelengths 52 transistor 52 #.#μm CMOS process 52 2Xnm 52 nanometer silicon 52 gallium nitride GaN 52 #x# ^ 52 tensile strengths 52 TQFP# 52 cm diagonal 52 interdigitated 52 #nm #nm [005] 52 bilayer graphene 52 #.#mm x #.#mm x [004] 52 microvolts 52 PowerPAK 52 silicon germanium 52 trillionths 52 passband 52 photodiode arrays 52 3 x 3mm 52 film transistor TFT 52 magnetic permeability 52 lumens watt 52 metal oxide nanoparticles 52 #.# mW MHz 52 Silicon wafers 52 mm LFCSP 52 sub Angstrom 52 1g t Au 51 dielectrics 51 microstrip 51 diffracted 51 kΩ 51 DPSS lasers 51 CoRoT #b 51 #x#cm [001] 51 MSOP packages 51 ion traps 51 monolithically integrated 51 Aerogels 51 pin TQFP package 51 silicon oxynitride 51 BGA packaging 51 hexamers 51 aluminum arsenide 51 TEGA ovens 51 3mm thick 51 UltraCMOS 51 cm -3 51 ppm eU#O# 51 LQFP# package 51 transistor SRAM 51 SOIC packages 51 electron volts eV 51 3mm x 51 nanotube arrays 51 quantum dot lasers 51 nanoscopic 51 DDR DRAMs 51 icosahedral 51 boron atoms 51 superpositions 51 PIN photodiodes 51 Nova NanoSEM 51 Entangled photons 51 crossbar latches 51 DFN package 51 spatial multiplexing 51 nanodroplets 51 nanoribbons 51 Field Effect Transistors 51 ZnO nanowires 51 collimated 51 indium tin oxide ITO 51 search ellipse 51 4mm x 4mm 51 QFN# packages 51 #lm [002] 51 semiconductor nanocrystals 51 through silicon vias 51 multimode optical fiber 51 resonance frequency 51 Schottky rectifiers 51 surface plasmon resonance SPR 51 indium gallium nitride InGaN 51 CIS CIGS 51 picogram 51 pin BGA packages 51 SOI wafers 51 pin TSSOP 51 μs 51 microbolometer 51 SiGe C 51 #ppb gold 51 refractive indices 51 nanometer sized 51 microcavities 51 x #.#mm [001] 51 echogenic 51 pin TSSOP package 51 GaAs pHEMT 51 millimeters mm 51 wirebond 51 AFMs 51 THz radiation 51 MEMS resonators 51 CIGS Copper Indium 51 zeolite membranes 51 silicon germanium SiGe 51 PZT 51 mm equiv 51 pMOS 51 waveguides 51 #-#,# mm 51 ultraviolet lasers 51 ppm Mo 51 conductive epoxy 51 Epitaxial 51 Gallium Arsenide GaAs 51 #mm x #.#mm [002] 51 #μF [001] 51 mono crystalline silicon 51 nanoribbon 51 nanomolar 51 3cm thick 51 TSSOP# 51 GaAs substrate 51 microfarads 51 iCoupler 51 oxide semiconductor 51 microwave frequencies 51 sputter deposition 51 graphene layers 51 JFET 51 ISL#M 51 Oxide Silicon 51 graphene nanoribbon 51 photoelectric conversion 51 #x#x#.#mm [003] 51 intrinsic jitter 51 JFETs 51 aluminum nitride AlN 51 undoped 51 #nm [001] 51 milliwatts 51 VCXO 51 SY#L 51 #x#mm [004] 51 numerical apertures 51 arcminutes 51 gauss 51 oscillation frequency 51 analog circuitry 51 epiwafer 51 QVGA LCD 51 organic TFTs 51 XRT#L# 51 microbatteries 51 nano scale 51 Bulk density 51 gate electrode 51 vertical cavity 51 optical lithography 51 silicon nanocrystals 51 microamperes 51 inch wafers 51 nanoelectronic 51 nanopatterned 51 electrodeposition 51 MAX# integrates 51 anisotropic 51 nanosized 51 ferro electric 51 perovskite 51 refractive index 51 8GHz 51 ferrite core 51 #nm 8GB 51 Indium Phosphide InP 51 1Gbit DDR2 51 epitaxy 51 microfabricated 51 X ray diffraction pattern 51 8 pin SOIC 51 antimonide 51 multicrystalline silicon cells 51 photon beams 51 SMD LEDs 51 logic elements LEs 51 #K LEs 51 #.#Hz 51 resonant cavity 51 single walled nanotubes 51 dpi dots per 51 aluminum gallium indium 51 #.#mx #.#mx #.#m 51 #x#x#mm [001] 51 Shutter speeds 51 UCC# 51 Tbit s 51 mV V 51 dielectric layer 51 pin SSOP package 51 nanopillar 51 triplexer 51 MESFET 51 μm particle 51 pin TQFP 51 rubidium atom 51 #.#mm x #.#mm [002] 51 x 3cm 51 transistor circuits 51 CCFL LCD 51 photolithographic techniques 51 digital optocouplers 51 pin DIP 51 carbon nanofibers 51 #.#mm thick [003] 51 pulse durations 51 nonmagnetic 51 measuring #.#mm x [001] 51 nanofabrication techniques 51 insulator substrate 51 AlN 51 RF transistors 51 3mm DFN package 51 ultraviolet laser 51 amorphous silicon Si 51 corona discharge 51 pin QFN package 51 epitaxial layers 51 #.#uA 51 agarose 51 bpp 51 arcsec 51 x #dpi [002] 51 superposed 51 nm laser diode 51 candelas per 51 solder bumps 51 Georges Charpak France 51 CMOS IC 50 nvSRAM 50 lanthanum aluminate 50 silicide 50 polystyrene beads 50 auxetic 50 downhole lengths 50 #GBASE CX4 50 gigabit Gb NAND flash 50 electroactive 50 Polycrystalline 50 CMOS logic 50 L#A [001] 50 serial EEPROMs 50 ohm load 50 diffraction pattern 50 DS DBR 50 gigabit NAND flash 50 atomically smooth 50 silicon resonators 50 nanometer spatial 50 Schottky barrier 50 underfill 50 solution processible 50 PIN diodes 50 μl 50 insulator SOI technology 50 CaO 50 GaN layers 50 laterally diffused metal 50 Micromorph 50 fused silica 50 superconducting qubit 50 EUV masks 50 WLCSP 50 ITRS roadmap 50 subpixel 50 3Xnm 50 Quantum dots 50 lightwaves 50 titania nanotubes 50 mm thick 50 Vdd 50 diameters 50 Gallium Arsenide 50 HEMT 50 8nm 50 × #.#mm [001] 50 superlattices 50 porous membranes 50 6 pin SOT 50 transistors 50 #nm transistors 50 microfabrication techniques 50 × #.#mm [002] 50 photon counting 50 elastic modulus 50 PowerDI TM 50 millimeter wafer 50 bismuth telluride 50 voltage divider 50 SMT LEDs 50 X ray microscopy 50 TQFP packages 50 #.#pF 50 #Gbps transceivers 50 #G DQPSK 50 multijunction solar cells 50 extrudate 50 MCP# AFE 50 x #.#in [001] 50 toroidal 50 CMOS wafers 50 TGA# SM 50 ARM#EJ processor 50 indium nitride 50 SDRAMs 50 HgCdTe 50 ultradense 50 #x#x# mm [001] 50 Measuring #mm [001] 50 quantum cascade 50 mm QFN 50 multicrystalline 50 Raman spectroscopic 50 heterostructure 50 5mW 50 titania 50 GaN HEMT 50 photocatalysts 50 gallium arsenide 50 #.#mm x [005] 50 quantum cascade lasers 50 GFLOPS 50 input impedance 50 nonlinear optical 50 micrometers millionths 50 microlens array 50 macroscale 50 nanocluster 50 nm lithography 50 #GB RDIMM 50 ellipsoids 50 pin TQFP packages 50 AlGaN 50 V dc 50 parasitic capacitance 50 TrenchFET 50 petawatt