By Jeff Bafus
Authentic Nintendo process advisor for Donkey Kong nation online game for SNES.
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Nonionizing radiation has less energy and can take the form of visible, ultraviolet and infrared light, radio-frequency waves, or microwaves. First, an introduction to the physics and statistics of ionizing radiation is provided so that terms used throughout this book are introduced. This section, while basic for some, provides information for others who are less familiar with the terminology and science of radiation and statistics associated with radiological processes and detection. After this introduction, four sources of ionizing radiation are discussed: the ubiquitous background radiation from soil, construction materials, and cosmic rays; naturally occurring radioactive materials (NORM); medical sources of radiation (radiopharmaceuticals); and industrial and special nuclear materials.
To detect the source 100% of the time, the threshold would need to be set lower than this value. This “targeted” source approach is commonly used. Generally, one specific radioisotope and source strength is used in a fixed, stationary position. The source strength is determined from the threat and is used as a surrogate for the threat. Results of static measurements from a given radioactive source for a deployed system can be scaled to the response to a targeted quantity of that source, as well as apply other correction factors.
To meet this need, starting from initial tasking in January 2002, the CBP Applied Technology Division eventually enlisted PNNL for its expertise in radiation detection physics. Thus, the staff at PNNL began to provide broad technical support to identify and understand the fundamental nature of the nuclear and radiological materials interdiction mission, evaluate and test commercially available threat interdiction technologies, and deploy a nationwide network of nuclear and radiological materials interdiction systems.