ETRI-Knowledge Sharing Plaform

Digital X-Ray X-Ray Sources Field Emitter Carbon Nanotube Paste Cnt Paste Electron Beam Fully Vacuum-Sealed X-Ray Image Field Electron Emitters Field Electron Emission Frame Rate Paste Emitters Focal Spot Motion Blur Field Emission Characteristics Electron Source Ultra-Short Cone-Beam Electron Transport Stacked Graphene Nano-Particle Supporting Layer Triode Structure Spot Size Silicon Carbide(3C-SiC) High Performance Carbon Nanotube Emitters Tube Voltage Layer-By-Layer(LbL) Interfacial Reaction Field Emission Current Dose Rate High-Resolution Control Unit Chemical Inertness Effect Of Size Highly Reliable Cbct Imaging Metal Substrate Nanometer-Scale Power Consumption Electron Bombardment Field Emission Performance X-Ray Systems X-Ray Photoelectron Spectroscopy Screen-Printed Stacking Method Thermionic Cathodes Time Resolution Carbon Nanotube Yarn Early Breast Cancer X-Ray Imaging Modeling And Simulation Micro-Sized Mixing Process Nanometer Resolution Ni Particles Test Device Turn-On Voltage Temporal Resolution Current-Voltage Measurements Computational Simulation Adhesive Layer Experimental Analyses High-Voltage And High-Power High Aspect Ratio Human Tooth Long Time Large Motions Moving Object Micro-Lens Nano Sic Particle Aggregates Power Generator Real-Time Si Phase Computed Tomography(C.T) Dot Arrays Electron Emission Characteristics Elevated Temperature Good Stability High Dose Long-Term Durability Lens Module X-Ray Radiation Medical Applications Radiation Exposure Si Layer Surface Charging Sic Filler Triode Configuration Vacuum Electronic Devices Charging Model Alloy Substrates Accurate Prediction High Current Density Imaging System Micro-Calcifications Temperature-Dependent Active Devices Direct Control Form Factor Gun Tube Magnetic Lenses Operation Modes Si 2p Temporal And Spatial Resolution Ultra-Fast Cathode Substrate Active-Current Control Digital Operation High Electric Field High Frequency(HF) 3-Dimensional Miniature X-Ray Tube Medical Imaging Radiation Dose Size Distribution Standard Deviation(STD)