- Radiation Mitigation – Concepts of Radiological Response (Cheryl Weaver of Docimo & Associates): This 2-day seminar will discuss a practical approach to radiological response. In addition, specific procedures will be provided which can be utilized in the event of various types of radiological incidents. Attendees should be familiar with basic concepts of hazardous materials response. It is recommended that participants have previous training to the level of Hazmat Operations or Hazmat Technician. Lecture and discussion topics include: rapid risk assessment of potentially hazardous atmospheres, action guidelines to determine a radiological incident, common units of radiation measurement utilized in response, radiation dose and effect as it applies to response guidelines, rapid establishment of zones and determination of entry times, PPE selection, radiation attenuation and shielding, evacuation and sheltering during a radiological incident, radiation exposure and contamination, survey and decontamination guidelines, and management of victims and civilians during a radiological incident.
- Use of the Canberra UltraRadiac and Accessories: This course offers student’s simple end-user training on the use of the Canberra UltraRadiac Personal Electronic Dosimeter and Ratemeter during dose and radiation incidents. A simple how-to use the UltraRadiac from taking the unit out of the box, start-up procedures and guidelines, to simple tasks associated with the unit. The basic exercise provides examples of dose and dose rate readings while initiating discussion of potential scenarios. In addition, an overview of the common accessories used with the UltraRadiac, such as S900C UltraRadiac Set Up Software, EXT-IR External IR Reader, and FC-2 Field Calibrator.
- Overview of MCB-2, Radiagem-4000 Emergency Response Kits, and MiniSentry Portable Portal Monitor: This course offers students a basic overview of some of the more commonly used radiation survey instrumentation and portable portal monitoring system on the market today. Topics covered include use of the MCB-2 Alpha, Beta, Gamma Hand Held Survey Instrument, Radiagem-4000 Portable Hand-Held Gamma Monitor and the various Emergency Response Kit formats. In addition, an overview of the Canberra Smart Probes for the Radiagem-4000 will be discussed, compared and contrasted. Use of the MiniSentry Portable Portal Monitoring System, including set-up, operation, equipment overview and breakdown of the system.
- Identification of Radionuclide Hazards using the InSpector-1000 Isotopicentifier: This course offers students a basic end-user overview of the InSpector-1000 Hand-Held Nuclide Isotopicentifier. This will walk you through a step-by-step process from turning the unit on, what the unit looks like when it receives a radioactive reading (source locator mode), toentification of nuclides. Potential scenarios of located sources with no nuclidesentified will be discussed. Discussion of NaI (Sodium Iodide) Detection as well as LaBr (Lanthanum Bromide) detection systems. Introduction to Hand-Held HPGe (High Purity Germanium) Detection Capabilities of the Falcan-5000. NOTE: taught for EASY MODE User’s of InSpector-1000 Isotopicentifier.
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