ETRI-Knowledge Sharing Plaform

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