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The lab also performs applied research and development of radar-related technologies in support of national defense preparedness. The lab’s prototype development capabilities span the spectrum from mechanical and electronics design and fabrication to full system integration including embedded computing and control systems .
In 1983, the institution was renamed to "Ballistics Research Institute" (Balistik Araştırma Enstitüsü, BAE), and finally in 1988 it took its current name. The organization conducts research and development activities to meet the needs of the Turkish Armed Forces and national defense industry. [1]
Georgia Tech Research Institute: Georgia Institute of Technology: Atlanta, GA: Radar, energy and electromagnetics work [1] [2] Idaho National Laboratory: MIT: Arco, ID: first nuclear-powered electric generator; designed and tested reactors for naval submarines [note 1] Jet Propulsion Laboratory (JPL) California Institute of Technology: Pasadena, CA
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The Defense Technical Information Center (DTIC, / ˈ d iː t ɪ k / [2]) is the repository for research and engineering information for the United States Department of Defense (DoD). DTIC's services are available to DoD personnel, federal government personnel, federal contractors and selected academic institutions.
DoDTechipedia is a living knowledge base that reduces duplication of effort, encourages collaboration among program areas and connects capability providers with technology developers. [ 1 ] [ 2 ] DoDTechipedia runs on Confluence wiki engine, unlike a number of MediaWiki -based government wikis like Diplopedia and Bureaupedia .
BPKTP research activities divided into 4 clusters: Strategic Defense Research, Defense Resource, Defense Science and Technology, and Equipment Development. Some of publicly known BPKTP research activities are: Strategic Defense Research Social studies in defense and military. National security and defense threats analysis.
The Dynamic Response Index (DRI) is a measure of the likelihood of spinal damage arising from a vertical shock load such as might be encountered in a military environment (i.e., during a mine blast, or in an ejection seat). The DRI is a dimensionless number which is proportional to the maximum spinal compression suffered during the event.