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Displaying 10 speakers out of 10
ALL
Feedback and discussion of posters
Feedback and discussion of posters
Concluding Session
ANNA BENINI (Copenhagen University Hospital, Denmark)
Principles of radiation protection in diagnostic radiology
Radiation protection and biological effect
International system of radiation protection and regulatory requirements
Medical exposures, UN basic safety standard
Inspections, design and shielding in diagnostic radiology
Safety of sources and design of shielding facilities
Principles of individual monitoring, including emergency and local rules
Occupational exposure control: organization, responsibilities and training
Individual monitoring and exposure assessment
Patient radiation protection - Part 1: Definitions, principles, guidance levels and reference levels
Patient radiation protection - Part 1: practical rules, procedures
Practical Session at Trieste Hospital (or) Practical Presentations at ICTP
Radiation protection in interventional radiology/cardiology: Part 1
Radiation exposure in pregnancy
TBA
Radiation protection in interventional radiology/cardiology: Part 2
Elements of radiation protection in nuclear medicine. Part 1
Elements of radiation protection in nuclear medicine. Part 2
Organization of radiation protection in NM
CORNELIUS (NEIL) LEWIS (King's College, London, UK)
Medical exposure directives
FRANCO MILANO (University of Florence, Italy)
Basis of mammography
Mammography QC
Measurement of radioactivity, calibrations and counting statistics
Radiation measurement calibrations
Digital mammography
MR safety and calculation of shielding
Quantitative use of imaging data
COMPUTER SESSION lab MRI simulation
GEORGE FREY (Medical University of South Carolina, Charleston, USA)
Characteristics of radionuclides for imaging
Radiation detectors and measurement
Gamma camera function and imaging
Gamma camera image quality characteristics
Evaluating gamma camera performance and quality control
Radionuclide dose considerations
COMPUTER SESSION lab teaching EXCEL simulations
Radionuclide imaging
Nuclear medicine imaging procedures
Radionuclide tomographic imaging (SPECT)
Radionuclide tomographic imaging (PET)
MARIO DE DENARO (Ospedale Maggiore, Trieste)
Computed tomography QC1
Computed tomography QC2
NEIL LEWIS
Implementation of radiation protection programmes
Computer Session - Informatics Lab - Radiation shielding calculations
Radiation protection audit
PAOLA BREGANT (Ospedale Maggiore, Trieste)
Film processing and QC
PERRY SPRAWLS (Emory University, USA)
Medical image characteristics and quality factors
Radiation quantities and units
Characteristics of radiation for imaging
Interactions of radiation with tissues and other materials
X-ray image formation and contrast optimization
Image blurring, visibility of detail and resolution
Digital image characteristics
Radiographic receptor characteristics
Radiographic system detail
Medical image visual noise
Scattered radiation and image contrast
Physics of ultrasound
Ultrasound imaging
CT image quality optimization and dose management
Optimizing the radiographic systems
Digital image processing
Evolving models of medical physics education
Magnetic resonance image characteristics (Reference: Magnetic Resonance Imaging: Principles, Methods and Techniques. Ch. 1)
Magnetic resonance imaging systems (Reference: Magnetic Resonance Imaging: Principles, Methods and Techniques. Ch. 2)
Nuclear magnetic resonance (Reference: Magnetic Resonance Imaging: Principles, Methods and Techniques. Ch. 3)
Tissue magnetization and relaxation (Reference: Magnetic Resonance Imaging: Principles, Methods and Techniques. Ch. 4)
The MR imaging process (Reference: Magnetic Resonance Imaging: Principles, Methods and Techniques. Ch. 5)
Spin echo imaging methods (Reference: Magnetic Resonance Imaging: Principles, Methods and Techniques. Ch. 6)
Gradient echo imaging methods (Reference: Magnetic Resonance Imaging: Principles, Methods and Techniques. Ch. 6)
Selective signal suppression (Reference: Magnetic Resonance Imaging: Principles, Methods and Techniques. Ch. 8)
Spatial characteristics of the MR image (Reference: Magnetic Resonance Imaging: Principles, Methods and Techniques. Ch. 9)
MR image detail and noise (Reference: Magnetic Resonance Imaging: Principles, Methods and Techniques. Ch. 10)
SLAVIK TABAKOV (Kings College London, UK)
X-ray tubes and generators 1
X-ray tubes and generators 2
Radiographic density control
Evaluating generator performance
Fluoroscopic imaging systems
Fluoroscopic image quality
Computer Session - Informatics Lab (contrast/detail)
Computer Session - Informatics Lab (contrast/detail)
Organization of acceptance testing of x-ray equipment
Computer Session - Informatics Lab (QA protocols)
Computer Session - Informatics Lab (QA protocols)
Computed tomography (CT) image formation
Basics of CR - Computed radiography 1
Basics of CR - Computed radiography 2 and PACS
Medical physics e-Learning

Organizers

Directors: A. Benini, G.D. Frey, F. Milano, S. Tabakov. Director Emeritus: P. Sprawls. Local Organizer: L. Bertocchi