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for CBRNE testing, that may include measurements of pressure, temperature, force, displacement, and also chemical, biological, and radiological detection. Why should I apply? DTRA offers a distinctly unique
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an accredited college/university with a research interest in NETL core R&D areas. Additional requirements: Must provide a detailed statement of educational objectives and projected benefits to be realized as a
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ensure that stakeholder perspectives are incorporated throughout the development of the erosion assessment and monitoring protocol. Learning Objectives: Under the guidance of a mentor the candidate will
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Environments, and Optical Sciences Remote Sensing and Radiation Detection Hypersonics and Re-entry Vehicles Radiation Effects on Electronics Where will I be located? The participant will have the ability
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off surfaces (such as objects, the ground, and structures) resulting in complex blast waves. Routine training and use of weapon systems (e.g., small arms, mortars, Howitzers, etc.) expose personnel
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Objectives: Learn about and participate in Ohia plant propagation and develop targeted studies to increase silviculture capacity. Learn greenhouse, nursery and field operations for developing a disease
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metrics, developing models, and analyzing performance for intrusion detection systems and networks. Specific opportunities exist in the following areas: (i) identifying metrics and continuous monitoring
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for applicants to perform research in the area of Active Protection Systems (APS) for combat vehicles. An end-to-end APS scenario consists of threat launch, detection, tracking, filtering, fire controls
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neuroimaging techniques only allow researchers to observe this brain activity in a highly filtered form. Our group at the Army Research Laboratory is developing new analytic techniques to understand how
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to discover techniques to enable robust, versatile, closed-loop systems that improve performance throughout the sensory-perceptual-motor decision-making cycle by leveraging knowledge of human nervous system