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Displaying 14 authors out of 14
AHMED MEGHZIFENE (International Atomic Energy Agency, Vienna, Austria)
Code of practice for dosimetry in radiotherapy: an overview
Code of practice for dosimetry in radiotherapy: Photons
Radiation protection and safety aspects in radiotherapy
Key functions and responsibilities in radiotherapy
ANNA BENINI (University Hospital, Copenhagen, Denmark)
Principles of radiation protection in diagnostic radiology - Part 1
Principles of radiation protection in diagnostic radiology - Part 2
Biological effect
International system of radiation protection and regulatory requirements
Medical exposures, UN basic safety standard - Part 1
Medical exposures, UN basic safety standard - Part 2
Inspections, design and shielding in diagnostic radiology
Safety of sources and design of shielding facilities
Practical calculation of shielding
Equipment design and acceptable safety standards
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 2: Practical rules, procedures
Practical implementation of QA-QC programmes. Part 1: Principles
Practical implementation of QA-QC programmes. Part 2: Examples
Radiation exposure in pregnancy
Radiation protection in interventional radiology/cardiology. Part 1
Radiation protection in interventional radiology/cardiology. Part 2
Examples and results of international projects on interventional applications
Elements of radiation protection in nuclear medicine. Part 1
Elements of radiation protection in nuclear medicine. Part 2
Special problems related to personnel and patients in nuclear medicine
Safety of sources and design of facilities in nuclear medicine. Part 1
Safety of sources and design of facilities in nuclear medicine. Part 2
Optimisation of radiation protection and medical exposures in nuclear medicine
Organization of radiation protection in nuclear medicine
DONALD FREY (Medical University of South Carolina, Charleston, U.S.A.)
Characteristics of radionuclides for imaging
Radiation detectors for nuclear medicine applications
Gamma camera fundamentals
Gamma camera performance characteristics
Gamma camera testing (virtual lab)
AAPM Educational Resources
Single photon emission tomography (SPECT)
Positron emission tomography (PET)
Radiation dose considerations
Nuclear medicine procedures - The role of the medical physicist
Use of EXCEL to enhance physics teaching
FRANCO MILANO (Dipartimento di Sanita' Pubblica, University of Florence, Italy)
Radiation measurements 1
Radiation measurements 2
Basic radiation physics
Basic radiation therapy physics
Principles of ionizing radiation dosimetry
Radiation therapy equipment, beams and sources 1
Radiation therapy equipment, beams and sources 2
Relative dosimetry in external beam radiotherapy 1
Relative dosimetry in external beam radiotherapy 2
Dose plan algorithms - 1D-2D
Detectors in radiotherapy
Dose plan algorithms 3D-4D
Commissioning and QA of TPS
Basics of brachytherapy
GIANROSSANO GIANNINI (Universita' di Trieste, Italy)
Neutron production by clinical linacs for oncological boron neutron capture therapy
JOANNA IZEWSKA (International Atomic Energy Agency, Vienna, Austria)
Accuracy requirement in external beam radiotherapy
In-vivo dosimetry
Quality assurance of radiotherapy equipment 1
Quality assurance of radiotherapy equipment 2
LUCA CIONINI (Azienda Ospedaliera, Universita' di Pisa, Italy)
Cancer classification and nomenclature staging systems
Speficiation of dose and volumes, treatment planning optimization
Patient position and immobilization, treatment preparation and delivery
CT quality control - Image quality
CT quality control - Dose measurements
NEIL LEWIS (Kings College, Medical Physics Department, London, U.K.)
Medical exposure directives
Implementation of radiation protection programmes
Radiation protection audit
Radiation shielding
Radiation protection theory after Chernobyl
Film processing and QC
PERRY SPRAWLS (Emory University, U.S.A.)
Medical image characteristics and quality factors (Reference: http://www.sprawls.org/resources/IMGCHAR)
Radiation quantities and units (Reference: http://www.sprawls.org/resources/RADQU)
Characteristics of X-radiation for imaging (Reference: http://www.sprawls.org/resources/RADCHAR)
X-ray interactions with tissues and other materials (Reference: http://www.sprawls.org/resources/INTERACT)
X-ray image formation and contrast optimization (Reference:XRAYCON MAMMO)
Image blurring, visibility of detail and resolution (Reference:http://www.sprawls.org/resources/BLUR)
Digital image characteristics (Reference:http://www.sprawls.org/resources/DICHAR)
Radiographic receptor characteristics (Reference:http://www.sprawls.org/resources/RADREC)
Radiographic system detail (Reference:http://www.sprawls.org/resources/RADDETAIL)
X-ray image noise (Reference:http://www.sprawls.org/resources/NOISE)
Scattered radiation and image contrast (Reference:http://www.sprawls.org/resources/SCATRAD)
Film contrast characteristics (Reference:http://www.sprawls.org/resources/FILMCON)
Digital image processing (Reference:http://www.sprawls.org/resources)
Physics of ultrasound (Reference:http://www.sprawls.org/resources/USPRO)
Ultrasound imaging (Reference:USIMG USVAS)
Computed tomography image quality optimization (Reference:http://www.sprawls.org/resources/CTIQ)
Optimizing the radiographic system (Reference:http://www.sprawls.org/radiography)
Evolving models for more effective and efficient international medical physics education (Reference:http://www.sprawls.org/models)
Magnetic resonance imaging (Reference Textbook: Magnetic Resonance Imaging, Principles, Methods and Techniques - Sprawls)
Magnetic resonance imaging (Reference Textbook: Magnetic Resonance Imaging, Principles, Methods and Techniques - Sprawls)
Magnetic resonance imaging (Reference Textbook: Magnetic Resonance Imaging, Principles, Methods and Techniques - Sprawls)
New IAEA resources for radiation protection of patients (Reference:http://rpop.iaea.org/RPoP/RPoP/Content)
Magnetic resonance imaging (Reference Textbook: Magnetic Resonance Imaging, Principles, Methods and Techniques - Sprawls)
Magnetic resonance imaging (Reference Textbook: Magnetic Resonance Imaging, Principles, Methods and Techniques - Sprawls)
Magnetic resonance imaging (Reference Textbook: Magnetic Resonance Imaging, Principles, Methods and Techniques - Sprawls)
Magnetic resonance imaging (Reference Textbook: Magnetic Resonance Imaging, Principles, Methods and Techniques - Sprawls)
ROSSELLA VIDIMARI (Servizio Fisica Sanitaria, Ospedale Maggiore, Trieste, Italy)
Imaging equipment in radiotherapy
Special techniques in radiotherapy and IMRT
Role of imaging in tumor localization and treatment design
Impact of imaging in radiotherapy
SLAVIK TABAKOV (Kings College, School of Medicine, London, U.K.)
X-ray tubes and generators 1
X-ray tubes and generators 2
Radiographic density control
Evaluating generator performance
Fluoroscopic imaging systems
Fluoroscopic image quality
Informatics Laboratory (contrast/detail)
Informatics Laboratory (contrast/detail)
Organization and effectiveness of QC
Organization of acceptance testing of x-ray equipment
Informatics Laboratory (QA protocols)
Informatics Laboratory (QA protocols)
Medical physics training resources - EMERALD and EMIT
Computed tomography image formation
Basics of computed radiography 1
Basics of computed radiography 2 and PACS
Medical physics MSc model curricula and e-learning
Feedback and discussion of posters

Organizers

Directors: P. Sprawls, A. Benini, S. Tabakov, F. Milano; L. Bertocchi (
ICTP Local Organizer)