What factors determine X-ray beam intensity?Michael NelX-ray Physics, Production of X-rays Complete Physics Practice Paper Collection Nuclear Medicine Physics Nuclear stability What determines nuclear stability? What is the band of stability? What is nuclear binding energy? What is binding energy per nucleon and why is it important? What is mass defect and how does it relate to E = mc2? Modes of radioactive decay What is radioactive decay? What is beta minus (β⁻) decay? What is beta plus (β⁺) decay? What is electron capture? What is isomeric transition? What is alpha decay? Radioactive decay kinetics and activity What is physical half-life? What is biological half-life? What is effective half-life? What is radioactive activity and how is it measured? Radionuclide production What is radionuclide production in nuclear medicine? How are radionuclides produced in a nuclear reactor? How are radionuclides produced in a cyclotron? What is a radionuclide generator? How does a Tc-99m generator work? What is transient and secular equilibrium in radionuclide generators? Why is Tc-99m ideal for radionuclide imaging? What is radionuclidic purity? What is radiochemical purity? What is specific activity in nuclear medicine? What is aluminium breakthrough in a Tc-99m generator? What is molybdenum breakthrough in a Tc-99m generator? Radiopharmaceuticals What is a radiopharmaceutical? What determines biodistribution of a radiopharmaceutical? What is the difference between carrier-added and no-carrier-added radionuclides? What is labelling efficiency in nuclear medicine? What is chelation in nuclear medicine? What determines organ uptake of a radiopharmaceutical? What is physical half-life? What is biological half-life? What is effective half-life? What is target-to-background ratio in nuclear medicine? What is receptor imaging in nuclear medicine? Why is Tc-99m ideal for radionuclide imaging? Gamma camera systems What is a gamma camera? What is a collimator in nuclear medicine? What determines spatial resolution in gamma camera imaging? What determines sensitivity in gamma camera imaging? What is the resolution–sensitivity trade-off in gamma camera imaging? What is intrinsic and extrinsic spatial resolution in gamma camera imaging? What is intrinsic and extrinsic uniformity in gamma camera imaging? What is energy windowing and why is it used in gamma camera imaging? Why is Tc-99m ideal for radionuclide imaging? Count statistics and detector physics What is the Poisson distribution in nuclear medicine? Why is noise proportional to √N in nuclear medicine imaging? What determines signal-to-noise ratio in radionuclide imaging? Why does increasing acquisition time improve image quality? What is count rate in nuclear medicine? What is dead time in radiation detectors? What is the difference between paralyzable and non-paralyzable dead time? What is detector efficiency in nuclear medicine? What is energy resolution in nuclear medicine? SPECT imaging What is SPECT imaging? How does SPECT differ from planar imaging? How is data acquired in SPECT? What is filtered back projection in SPECT? What is iterative reconstruction in SPECT? What is attenuation correction in SPECT? What is centre-of-rotation (COR) and why is it important in SPECT? PET imaging What is PET imaging? How does PET differ from SPECT? What happens during positron annihilation? What is coincidence detection in PET? Why does PET not require a collimator? What is time-of-flight (TOF) PET? What determines spatial resolution in PET? What limits spatial resolution in PET? What is attenuation correction in PET? What is PET reconstruction? Image quality in radionuclide imaging What determines image quality in radionuclide imaging? What is spatial resolution versus contrast resolution in radionuclide imaging? What determines contrast resolution in SPECT and PET? What determines spatial resolution in SPECT and PET? What is the partial volume effect in SPECT and PET? What is recovery coefficient in PET? What determines quantitative accuracy in PET? What is SUV and what affects it? What is scatter correction and why is it needed in PET and SPECT? Radiation dose and safety What determines radiation dose in nuclear medicine? What is absorbed dose in nuclear medicine? What is effective dose and why is it used? Quality control Complete Physics Practice Paper Collection Nuclear Medicine Physics Nuclear stability What determines nuclear stability? What is the band of stability? What is nuclear binding energy? What is binding energy per nucleon and why is it important? What is mass defect and how does it relate to E = mc2? Modes of radioactive decay What is radioactive decay? What is beta minus (β⁻) decay? What is beta plus (β⁺) decay? What is electron capture? What is isomeric transition? What is alpha decay? Radioactive decay kinetics and activity What is physical half-life? What is biological half-life? What is effective half-life? What is radioactive activity and how is it measured? Radionuclide production What is radionuclide production in nuclear medicine? How are radionuclides produced in a nuclear reactor? How are radionuclides produced in a cyclotron? What is a radionuclide generator? How does a Tc-99m generator work? What is transient and secular equilibrium in radionuclide generators? Why is Tc-99m ideal for radionuclide imaging? What is radionuclidic purity? What is radiochemical purity? What is specific activity in nuclear medicine? What is aluminium breakthrough in a Tc-99m generator? What is molybdenum breakthrough in a Tc-99m generator? Radiopharmaceuticals What is a radiopharmaceutical? What determines biodistribution of a radiopharmaceutical? What is the difference between carrier-added and no-carrier-added radionuclides? What is labelling efficiency in nuclear medicine? What is chelation in nuclear medicine? What determines organ uptake of a radiopharmaceutical? What is physical half-life? What is biological half-life? What is effective half-life? What is target-to-background ratio in nuclear medicine? What is receptor imaging in nuclear medicine? Why is Tc-99m ideal for radionuclide imaging? Gamma camera systems What is a gamma camera? What is a collimator in nuclear medicine? What determines spatial resolution in gamma camera imaging? What determines sensitivity in gamma camera imaging? What is the resolution–sensitivity trade-off in gamma camera imaging? What is intrinsic and extrinsic spatial resolution in gamma camera imaging? What is intrinsic and extrinsic uniformity in gamma camera imaging? What is energy windowing and why is it used in gamma camera imaging? Why is Tc-99m ideal for radionuclide imaging? Count statistics and detector physics What is the Poisson distribution in nuclear medicine? Why is noise proportional to √N in nuclear medicine imaging? What determines signal-to-noise ratio in radionuclide imaging? Why does increasing acquisition time improve image quality? What is count rate in nuclear medicine? What is dead time in radiation detectors? What is the difference between paralyzable and non-paralyzable dead time? What is detector efficiency in nuclear medicine? What is energy resolution in nuclear medicine? SPECT imaging What is SPECT imaging? How does SPECT differ from planar imaging? How is data acquired in SPECT? What is filtered back projection in SPECT? What is iterative reconstruction in SPECT? What is attenuation correction in SPECT? What is centre-of-rotation (COR) and why is it important in SPECT? PET imaging What is PET imaging? How does PET differ from SPECT? What happens during positron annihilation? What is coincidence detection in PET? Why does PET not require a collimator? What is time-of-flight (TOF) PET? What determines spatial resolution in PET? What limits spatial resolution in PET? What is attenuation correction in PET? What is PET reconstruction? Image quality in radionuclide imaging What determines image quality in radionuclide imaging? What is spatial resolution versus contrast resolution in radionuclide imaging? What determines contrast resolution in SPECT and PET? What determines spatial resolution in SPECT and PET? What is the partial volume effect in SPECT and PET? What is recovery coefficient in PET? What determines quantitative accuracy in PET? What is SUV and what affects it? What is scatter correction and why is it needed in PET and SPECT? Radiation dose and safety What determines radiation dose in nuclear medicine? What is absorbed dose in nuclear medicine? What is effective dose and why is it used? Quality control
