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Module – I: Orthovoltage equipment
Physical design and working principle, characteristics of x-ray tube.
Assignment-1: Treatment delivery and handling of machines.
Module – II: Cobalt 60 Teletherapy Units
Source construction and characteristics, working principle and handling mechanism.
Assignment-2: Check the accuracy of the mechanical parameters of equipments.
Module – III: Electron beam accelerator (Betatron)
Construction and principle of working.
Assignment-3: Handling and maintenance of betatron.
Module – IV: Linear Accelerator
Principle of acceleration, target design, wave guide design, beam bending system.
Magnetron and Klystron :
Physical design and working principle.
Assignment-4: Handling and maintenance of linear accelerator
Module – V: Remote after-loading system/machines
Principle, working and sources used in remote after-loading system.
Module – VI: Simulators
General properties and basic principle of radiotherapy simulator.
Equipment’s for radiotherapy simulation and treatment:
Caste making equipment, Styrofoam cutter, accessories for simulation.
Assignment-5: Preparation of caste for simulation (I)
Module – VII: Dosimetry Equipment’s
Working principle of dosimetric equipment and dosimeters.
Assignment-6: Preparation of caste for simulation (II)
1.The physics of radiation therapy
By F.M. Khan
2.Radiation Oncology Physics
By E.B. Podgorsak
1.Step by Step Management of Chemo and Radiotherapy
2.Principle and Practice of Nuclear Medicine and Correlative Medical Imaging
Preparation of caste for simulation (I)
Working principle of dosimetric equipments and dosimeters.
Dr.Subhraraj Panda is working as an Associate Professor of Physics in Centurion University of Technology and Management, Bhubaneswar, Odisha since 2008 and has 19 years of experience in teaching. He had his Ph.D. from Ravenshaw University, Cuttack in 2019 and got eight years of research experience. His research interests are fluid and molecular acoustic He […]