PH3440 Nuclear Radiation Measurements .... (0-0-3) f .... 1 Cr
Course Description:
Theory and laboratory practice in the detection and characterization
of nuclear radiation. Counting statistics and error analysis are developed
as key elements in interpretation of results. Radiation safety
and compliance with federal regulations is emphasized.
Prerequisite: junior standing.
Lab fee: $100
Possible Text:
-
Radiation Detection & Physics, Knoll (ISBN 0-471-81504-7)
Syllabus:
Topics covered in pre-lab briefings:
- Origin and properties of nuclear radiation
- Basic operating principles of radiation detectors
- Radiation flux, dose rate and dosimetry
- NRC regulations, 10 CFR part 20
- Nuclear counting statistics
- Radioactive decay calculations
- Radon measurements
Experiments:
- Radioactive decay using the Geiger-Muller (GM) detector
- Alpha particle scintillation system
- Gamma-ray detection using the NaI(Tl) scintillation detector
- Neutron detection
- Other methods
Course rationale:
Provides experience with standard instrumentation used in
detection of nuclear radiation. Course is useful to anyone anticipating the
use of radiation in the future. A knowledge of procedures for safe handling of radioactive
materials and the federal regulations concerning them is useful in many career
paths including nuclear medicine. Individuals planning to become designated users
of radioactive materials should find this course helpful.
Course is open to all upper level students as an elective.
Lab fee rationale:
Last Modified: Tuesday, 11-Mar-2003 14:27:04 EST