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Radiographie neutronique et tomodensitométrie des systèmes biologiques au réacteur isotopique à haut flux du Laboratoire national d’Oak Ridge
1Neutron Scattering Division,Oak Ridge National Laboratory, 2College of Veterinary Medicine,The University of Tennessee, 3UT-ORNL Graduate School of Genome, Science and Technology,The University of Tennessee, 4Integrity Laboratories, 5Environmental Sciences Division,Oak Ridge National Laboratory, 6Department of Cell & Molecular Medicine, Rush Medical College,Rush University, 7Computer Science and Mathematics Division,Oak Ridge National Laboratory, 8Electrification and Energy Infrastructures Division,Oak Ridge National Laboratory, 9Now at Second Target Station Project,Oak Ridge National Laboratory, 10Neutron Technologies Division,Oak Ridge National Laboratory
Kapitel
- 00:05Introduction
- 01:17Instrument Setup
- 03:52Data Acquisition
- 06:32Volume Reconstruction and Data Processing
- 08:01Results: Neutron Imaging of a Rat Femur, Mouse Lung, and Plant Root/Soil System
- 09:25Conclusion
Ce manuscrit décrit un protocole de radiographie neutronique et de tomodensitométrie d’échantillons biologiques utilisant une ligne de faisceau CG-1D du réacteur isotopique à haut flux (HFIR) pour mesurer un implant métallique dans un fémur de rat, un poumon de souris et un système racine / sol végétal herbacé.
Tags
Neutron RadiographyComputed TomographyBiological SystemsOak Ridge National LaboratoryHigh Flux Isotope ReactorNon-destructiveNon-invasiveHydrogen ContentWater ContentPlant RootsSoilEnergy MaterialsMaterial ScienceIngenieurwesenPlantsSoilWater MovementsTumor MarginsSmall Resected Intact TumorsNeutron ScatteringImagingAPEX Imaging InterfaceRadiographsResolution MaskDetector MotorSample RotationSample ContainerAluminum Foil
