FRCR Physics course (Basic sciences ) Lect no1 Lecture no 2 Basic Sciences and X Ray production Lecture no 3 FRCR Physics Factors affecting X-ray spectrum Lecture no 4 X-ray production Lecture no 5 Focal Spot size and Line Focus principle Lecture no 6 interaction of X-Ray with Matter Lecture no 7 X-Ray attenuation and HVL Lecture no 8 Modulation Transfer Function Lecture no 9 the difference between electron density and physical density FRCR Physics Course Lect no 10 X-Ray image quality Lecture no 11 X Ray Image quality Lecture no 13 Mammography physics Lecture no 12 X-Ray image artifacts Lecture no 15 Radiation protection and regulations Lecture no 14 Fluoroscopy and mammography physics Lecture no 16 Radiation protection and regulations Lecture no 17 CT imaging physics Lecture no 18 CT imaging physics and artifacts Lect no 19 ultrasound physics lecture no 20 Ultrasound Physics Lecture 21 Ultrasound and doppler physics Lecture 22 Ultrasound physics of artifacts Lect no 23 nuclear imaging physics Lect no 24 nuclear imaging physics (Radionuclide production ) Lect no 25 nuclear imaging physics (image formation and collimator types ) Lect no 26 nuclear medicine physics (Image quality) Lect no 27 Nuclear medicine physics PET CT physics and artifacts Lect 28 MRI physics Lect no 29 MRI Physics (Basics of Chemical Shift, FLAIR and STIR) Lect no 30 MRI Physics (Angiography ) Lect no 31 MRI Physics (Diffusion) , Spoiled Gradient Lect no 32 BOLD MRI Physics Lect no 33 Perfusion MRI Physics Lect no 34 mri spectroscopy physics Lect no 35 MRI acquisition parameters affecting Image quality Basic Physics of Medical Imaging FRCR notes 1 THE NUCLEAR IMAGINING LECTURE NO 1: Q&A Quiz 1 Medical Imaging questions and answers MRI Spectroscopy Bold Perfusion MRI S Image quality and safety X-Ray Imaging (CR and DR ) Questions and Answers 2 X-Ray imaging (CR and DR) Questions and Answers 1