'Tomographic reconstruction' presentation slideshows

Recent Advances in Ionospheric Irregularity and Scintillation Forecasting

Recent Advances in Ionospheric Irregularity and Scintillation Forecasting. John Retterer Space Vehicles Directorate Air Force Research Laboratory. Outline. Low Latitude Irregularities Irregularity modeling Scintillation forecasting Contribution from C/NOFS. High Latitude Irregularities.

870 views • 29 slides

Demonstration of an Axial PET concept for Brain and Small Animal Imaging

https://cern.ch/twiki/bin/view/AXIALPET. Demonstration of an Axial PET concept for Brain and Small Animal Imaging. Christian Joram, CERN PH/DT. The AXIAL PET concept Design of the Demonstrator (2 modules) Characterization Simulation and Reconstruction Next steps / near future plans.

441 views • 29 slides

Quantum Optics and Laser Science Group Blackett Laboratory, Imperial College London

Quantum Optics and Laser Science Group Blackett Laboratory, Imperial College London. Imaging Molecular Structure and Dynamics using Laser Driven Recollisions. Introduction to high harmonic generation (HHG) Imaging molecular structure through HHG:

476 views • 28 slides

Topic 1.2: Near field spray development and coupled nozzle flow and spray simulations

Topic 1.2: Near field spray development and coupled nozzle flow and spray simulations. Alan Kastengren*: Argonne National Laboratory Qingluan Xue: Argonne National Laboratory Julien Manin : Sandia National Laboratory Chawki Habchi : IFPEN. Modeling Part.

536 views • 27 slides

Astronomy detectors

325 views • 16 slides

Uses of radioisotopes

644 views • 10 slides

COURSE SPOTLIGHT: ENEE 739R: Medical Imaging & Image Analysis

COURSE SPOTLIGHT: ENEE 739R: Medical Imaging & Image Analysis. Prerequisite: ENEE 631 (Digital Image Processing) or equivalent

107 views • 1 slides

Design of a tomographic hard X-ray spectrometer for suprathermal electron studies with ECRH

Camera #1. Tomography and poloidal mode number (m). TCV main parameters[4]: R =0.88m; a=0.23m; B 0tor =1.45T; Ip<1MA; k ?3; -0.7? ? ?0.7. m=0 axial symmetry (One camera) m=1 axial asymmetry (Two cameras) m=2 doublet structure (Three cameras).

92 views • 1 slides