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| Tour and nuclear power explanation. From one-half hour to one hour. |
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| Experiments from our EP 427 Instrumentation Laboratory Course Click for course description and list of experiments. Experiments are configured as 3 to 6 hour labs, but can be adapted to particular user groups. |
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| Experiments from our EP 428 Reactor Laboratory Course Click for course description and list of experiments. Experiments are configured as 3 to 6 hour labs, but can be adapted to particular user groups. |
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| Isotope production |
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| Isotope decay |
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| Gamma ray and neutron shielding |
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| Gamma ray and x-ray spectroscopy |
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| Health physics instrumentation |
Some possible experiments are:
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| Measure radioactivity levels from natural materials; |
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| Measure variation of natural background from different building materials; |
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| Measure statistical variations in background or activity of a sample; |
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| Demonstrate variation of background levels due to radon in a basement with and without ventilation; |
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| Detection of radon decay products on electrostatically charged surfaces like computer monitor screens; |
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| By collecting airborne particulate matter with a vacuum cleaner and filter paper , demonstrate and measure half-life of radioactive decay of Ra daughters after the vacuum is stopped. |
Click here to visit manufacturer's web page and see other capabilities.
A manual outlining some experiments is included with the detector; we expect that users may suggest other worthwhile experiments.