ETRI-Knowledge Sharing Plaform

X-Ray Sources Digital X-Ray Carbon Nanotube Paste Cnt Paste X-Ray Image Fully Vacuum-Sealed Field Electron Emitters High Performance X-Ray Imaging Field Electron Emission High Current Density Focal Spot Paste Emitters Triode Configuration Carbon Nanotube Emitters Multilayer Graphene(MLG) Triode Structure Silicon Carbide(3C-SiC) Field Emission Performance Spot Size Anode Voltage High Temperature Cone-Beam Size Distribution Magnetic Lenses Active-Current Control Field Emission Characteristics Inorganic Fillers Highly Reliable Push-Up Voltage Source Dose Rate Field Emission Current Interfacial Reaction Layer-By-Layer(LbL) Nanometer-Scale Response Time Tube Voltage Field Emission Properties Improved Stability Stacked Graphene Carbon Nanotube Yarn Fast Operation Outer Diameter Human Tooth Field Enhancement Factor Long Time Micro-Lens Stable Operation Computed Tomography(C.T) Electron Emission Characteristics Nondestructive Testing Ultra-Short High Field Imaging System Active Devices Digital Operation Gate Aperture Miniature X-Ray Tube Motion Blur Control Unit Air Ambient Average Diameter Chemical Inertness Cross-Sectional Compact Size Cbct Imaging Composite Interface Effect Of Size Enhanced Adhesion Functional Gate Gate Electrode Metal Substrate Nickel-Cobalt Nano-Sized Pulse Sequence Power Consumption Sic Powders Suspended Graphene High Adhesion Harsh Environment Argon Ambient Adhesive Property Ball-Milling Method Cathode Heating Digitally Controlled Electron Bombardment Energy Exchange Ferrous Alloy Ion Bombardment Transfer Method Magnetic Focusing Number Of Graphene Layers Optimum Distribution Post-Processing Screen-Printed Stacking Method Super-Miniaturized Si Diffusion X-Ray Photoelectron Spectroscopy X-Ray Systems Thermionic Cathodes Time Resolution Point Contact Average Size Aligned Cnts Cumulative Distribution Carbon Nanotube Composite Digital Tomosynthesis(DTS) Early Breast Cancer Electrostatic Lens Turn-On Voltage Micro-Sized Modeling And Simulation Nanometer Resolution Mixing Process Ni Particles Sub-Micrometer Surface Morphology Test Device Electron Beam Focusing Work Function High Aspect Ratio High Transmittance High-Voltage And High-Power Adhesive Layer Boron Nitride Nanotube Computational Simulation Brazing Process Current-Voltage Measurements Circular Aperture Energy Distribution Experimental Analyses Field Profiles Imaging Applications Large Motions Moving Object Nano Sic Pressure Field Power Generator Particle Aggregates Real-Time Sic Nanofiller Si Phase Vacuum Chamber Vacuum Pressure Variable Frame Rate Thermal Durability Temporal Resolution High-Flux High-Speed Scanning High Durability High Dose Aging Process Dot Arrays Elevated Temperature Electric And Magnetic Fields Field Emission Device Good Stability Key Factor Long-Term Durability Lens Module Low Current Medical Applications Milling Process Operation Mode Point Electron Source Radiation Exposure Surface Charging Si Layer Simulation Study Sic Filler X-Ray Radiation Uniform Field Very High Resolution Vacuum Annealing High Brightness Accurate Prediction Alloy Substrates Cold Cathode Beam Divergence Charging Model Computerized Tomography Dental Imaging Free Carbon Imaging Technology Temperature-Dependent Long Pulse Micro-Calcifications Ndt Imaging Nottingham Effect Potential Distribution Size Focusing Vacuum Ambient Vacuum Electronic Devices Ultra-Fast Ambient Conditions Adhesion Promoter Cnt Field Emitter Cnt Yarn Creative Research Direct Control Joule Heating Effect Electron Field Emission Electron Optics Field Emission Triode Form Factor Gun Tube Large Field Optimal Size Operating Conditions Small Size Si 2p Solid Angle 2 Mm Vertically Aligned Cnt Temporal And Spatial Resolution High Frequency(HF) High Electric Field Cathode Substrate Medical Imaging Morphological Changes Multi-Stage Metal Alloys Nickel Nanoparticles Narrow Distribution Particle Diameter Pulse Duration Radiation Dose Stability Test Single Dot Supporting Layer Standard Deviation(STD) 3-Dimensional