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is to enable utilization of NH3 as a fuel in gas turbine applications while effectively minimizing harmful NOx formation. The learning objectives for this project are: • To research comprehensive
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turbine applications while effectively minimizing harmful NOx formation. The learning objectives for this project are: • To research comprehensive experimental datasets on NO, NH, and NH2, and OH species
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for improving airfields, communication systems, ammunition storage facilities, and other locations. In addition, you will learn about web visualization efforts that impact the design and construction mission
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tephritid fruit flies, which are important horticultural pests globally. The successful candidate will participate in the design, execution, and analysis of insect behavioral studies using HR, learning and
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computer programming. Learning to approach novel analytical problems with effective and appropriate solutions. Preparing briefings, technical reports, and manuscripts for publication in professional journals
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. Learning Objectives: The selected fellow in this project will have the opportunity to contribute and advance their knowledge and skills in wood products carbon related research that will involve maintaining
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journals relevant to the field, as well as communicate with research networks within the scientific community. Learning Objectives: As a result of this training, the participant will gain knowledge and
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demonstrate innovative, scalable technologies that enhance military readiness, improve warfighter capabilities, and strengthen defense infrastructure. The programs prioritize common sense, cost-effective
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(EACE) is a unique organization within the DoD consisting of teams of researchers embedded at the point of care within multiple Military Treatment Facilities across the nation. In line with the
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gain learning experience in developing optical fiber gas sensors, synthesizing and testing various gas sensing materials, testing and optimizing sensor performance for applications in gas sensing