Please before accepting this question please have some knowledge of the following ” Before Coming to class” questions down below that i provided it is very important. Around 10:30am Est time there will be a 10 question only multiple choice assignment i must do after class. It is time only giving me 20min. I have to use lockdown browser to complete this assignment you would have to wake the time i have to complete this assignment. I will provide my log in for you to access the materials so you can be ready for the assignment. You must
- Read Gilmore, Chapter 11 (pages 250-260; 268-272; 288-296)
- Watch 2 recorded lectures (1. Gas-Filled Detectors; 2. Scintillation Detectors: Instrumentation by Dr. Gilmore, uploaded below)
Before coming to class:
- Describe the contruction and operating principles of gas-filled detectors, including ionization chambers, Geiger-Mueller detectors, and dose calibrators.
- Describe quality control procedures required for survey instruments and dose calibrator.
- Explain the basic operation of scintillation detectors and photomultiplier tubes.
- Diagram the design of an Anger scintillation camera system and explain the function of each component.
- Diagram and discuss the properties of various camera collimators.
- Explain image formation of the scintillation camera.
- List and discuss quality control procedures required for the scintillation camera system.
- Describe the basic mechanisms for radionuclide production in a reactor.
- Describe the fundamentals of particle accelerator operation and the production of radionuclides using particle accelerators.
- Diagram dry column molybdenum-technetium generators, and explain the elution process.
- Describe the basic chemical properties of the pertechnetate ion.
- Explain the technetium labeling process used by reduction methods, specifically in regard to Tc-99m MDP.
- Describe the differences between qulity control relative to radionuclide purity, radiochemical purity, and chemical impurities.
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