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Radiation Oncology Physics Review Course
0. ABR Exam Basics
0. ABR Exam Basics (7:14)
I. Basic Physics: Physical Quantities, Atomic and Nuclear Structure
I. Basic Physics: Physical Quantities, Atomic and Nuclear Structure (59:21)
II. Radioactive Decay
II. Radioactive Decay (73:33)
III. Interactions of Particulate Radiation
III. Interactions of Particulate Radiation (64:21)
IV. Production of X-rays
IV. Production of X-rays (63:55)
V. High Energy Treatment Machines
V. High Energy Treatment Machines (137:07)
VI. Interactions of X- and Gamma-Rays
VI. Interactions of X- and Gamma-Rays (42:55)
VII. Quality Assurance Checks on Radiation Therapy Units
VII. Quality Assurance Checks on Radiation Therapy Units (38:18)
VIII. Radiation Quality
VIII. Radiation Quality (18:00)
IX. Measurement of Radiation Exposure and Absorbed Dose
IX. Measurement of Radiation Exposure and Absorbed Dose (71:44)
X. Calibration of Photon, Electron, and Proton Beams
X. Calibration of Photon, Electron, and Proton Beams (26:36)
XI. External Beam Therapy
XI. External Beam Therapy (167:03)
XII. Brachytherapy
XII. Brachytherapy (97:30)
XIII. Treatment Planning Topics
XIII. Treatment Planning Topics (104:48)
XIV. Radiation Protection from External Sources
XIV. Radiation Protection from External Sources (125:44)
XV. Radiation Protection from Internal Sources
XV. Radiation Protection from Internal Sources (4:36)
XVI. Miscellaneous Diagnostic Radiology Topics
XVI. Miscellaneous Diagnostic Radiology Topics (59:48)
Solutions to Problem Sets
Solutions to Problem Sets
I. Basic Physics: Physical Quantities, Atomic and Nuclear Structure
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