FILTR: Flash Isotope Library and Training Resource | |
Campbell, D ; Trombino, D | |
Lawrence Livermore National Laboratory | |
关键词: Radiation Detectors; Lawrence Livermore National Laboratory; Training; Enforcement; Radiations; | |
DOI : 10.2172/921531 RP-ID : UCRL-TR-233209 RP-ID : W-7405-ENG-48 RP-ID : 921531 |
|
美国|英语 | |
来源: UNT Digital Library | |
【 摘 要 】
The subject of radiation detection is replete with complex concepts and challenging nomenclature. Furthermore, a daunting variety of radioactive isotopes may be encountered during the routine operation of a radiation detector. Individuals tasked with searching for illicit sources of radiation must remain vigilant while navigating through more frequently encountered mundane and legitimate radioactive sources. The Flash Isotope Library and Training Resource (FILTR) is being developed as an easily accessible and intuitive reference tool to manage the high volume of complex information required for this task. FILTR is an extended version of the Primary Utility for Nuclear Terminology (PUNT) software developed by the Counter Measures Test Beds group at Lawrence Livermore National Laboratory for the United States Secret Service. Authored in the Flash multimedia development environment, FILTR contains detailed information on potentially encountered isotopes as well as training on radiation and operational procedures. Reference material is organized to present critical information quickly while facilitating more in-depth investigation through an intuitive interface and engaging content. FILTR is being developed for a diverse audience of law enforcement organizations and government agencies and a wide range of skill sets from expert analysts to officers whose primary role is not radiation detection. Additionally, the wide compatibility of Flash content will allow FILTR to be readily accessible through the growing number of multi-media enabled electronic devices, including PDAs and cellular phones.
【 预 览 】
Files | Size | Format | View |
---|---|---|---|
921531.pdf | 1161KB | download |