Laboratory Goals Sample Clauses
The "Laboratory Goals" clause defines the specific objectives and intended outcomes that a laboratory aims to achieve within the scope of an agreement or project. This clause typically outlines measurable targets, such as research milestones, quality standards, or performance benchmarks, that guide the laboratory's activities. By clearly stating these goals, the clause ensures all parties have a shared understanding of expectations, facilitating progress tracking and accountability throughout the collaboration.
Laboratory Goals. The Laboratory’s mission addresses four distinct goals: (i) performance of research in High Energy and Nuclear Physics, in Condensed Matter Physics, Chemical, and Materials Sciences, in Plant, Structural, and Environmental Biology, in Nuclear Medicine and Positron Emissions Tomography (PET) and Magnetic Resonance Imaging (MRI), and in Energy and Environmental Sciences. The Laboratory will also contribute significantly to the DOE’s applied missions in Energy Resources, Environmental Quality, and National Security; (ii) development and safe and effective operation of unique national experimental facilities that are available to qualified investigators; (iii) assistance in the education and training of future generations of scientists and engineers to promote national science and education goals; and (iv) transfer of knowledge and technological innovations and fostering of productive relationships among Laboratory research programs, universities, and industry to promote national economic competitiveness. The Contractor shall provide for the participation of the community and other stakeholders in the performance of its mission.
Laboratory Goals. The goals of the Laboratory are to deliver successful basic research to meet the demands created by evolving national needs and to advance 21st century technologies. The Laboratory will draw on its core strengths in materials synthesis and processing, chemical analysis, chemical sciences, photosynthesis, materials sciences, applied mathematical sciences, and environmental and protection sciences to conduct the long-term basic and intermediate range applied research needed to solve the complex problems encountered in energy production, utilization and efficiency; national security; environmental health and safety; and environmental restoration and waste management. The Laboratory will continue to operate the MPC, a DOE facility for preparing ultra-high purity and well-characterized metals, alloys, and compounds, as well as single crystals of some of these materials, making these materials available to other DOE laboratories, to other agencies, to universities and to the private sector. ▇▇▇▇ will continue to play a significant role in the advancement of science and mathematics through education and mentoring.
Laboratory Goals i. Enable the most powerful attack on the fundamental science questions of the field of high-energy physics.
ii. Provide world class facilities for high-energy physics as part of the global network of particle physics.
iii. Develop science and technology for particle physics and cosmology research.