Norfolk County, Va., funds by National Science Foundation
Listing $3,250,071.00 in stimulus funds from National Science Foundation for Norfolk
Note: For some programs where states do not report where money will be distributed across the state, we do not have the allocation for individual counties. Those programs include: Medicaid, unemployment benefits and food stamps. Those amounts are included in the totals for where the state agency receiving that money is located.
Amount refers to both the amount of stimulus funding going toward the project and the face value of the loan.
| Recipient | Amount | Description | Federal Dept./Agency | Date |
|---|---|---|---|---|
| VIRGINIA WESLEYAN COLLEGE | $621,507 | Trans-NSF Recovery Act Reasearch Support Strategic Modernization of Undergraduate Research Facilities at Virginia Wesleyan College | National Science Foundation | 9/16/2010 |
| NORFOLK STATE UNIVERSITY | $456,885 |
Trans-NSF Recovery Act Reasearch Support 'The NSF Mathematics Specialist Partnership Institute will be offered to 50 outstanding middle school teachers. Each teacher will: participate in a 66 day Institute offered over three consecutive summers; complete a total of 33 graduate credits during the
This spending item is part of a $4,947,929 allocation.
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|
National Science Foundation | 7/08/2009 |
| OLD DOMINION UNIVERSITY RESEARCH FOUNDATION | $394,749 | Trans-NSF Recovery Act Reasearch Support Total and dissolved organic carbon (TOC/DOC) are central components of the global carbon cycle, as well as being two important parameters in water and environmental quality analysis. Accurate measurements of dissolved organic matter are important for def | National Science Foundation | 6/25/2009 |
| OLD DOMINION UNIVERSITY RESEARCH FOUNDATION | $334,050 |
Trans-NSF Recovery Act Reasearch Support This award is for a collaborative effort of researchers from Christopher Newport University (CNU), Old Dominion University (ODU), and the University of Virginia (UVA) to develop and construct a longitudinally polarized proton and deuteron target. This ta
This spending item is part of a $420,723 allocation.
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|
National Science Foundation | 3/16/2010 |
| OLD DOMINION UNIVERSITY RESEARCH FOUNDATION | $255,624 | Trans-NSF Recovery Act Reasearch Support Advancements in nanotechnology and nanofluidics require an understanding of mass, momentum and energy transport in liquids confined in nanoscale enclosures or channels. Specifically, there exists a need for (a) fundamental understanding and modeling of t | National Science Foundation | 7/29/2009 |
| OLD DOMINION UNIVERSITY RESEARCH FOUNDATION | $246,960 | Trans-NSF Recovery Act Reasearch Support Marine mammals of the Southern Ocean have evolved diverse life history patterns and foraging strategies to accommodate extreme fluctuations in the physical and biological environment. In light of ongoing climate change and the dramatic shifts in the exten | National Science Foundation | 7/06/2009 |
| OLD DOMINION UNIVERSITY RESEARCH FOUNDATION | $225,000 | Trans-NSF Recovery Act Reasearch Support Sorption by the soil/sediment organic matter (SOM) fraction of geosolids controls the fate of nonionic organic compounds in the environment, and is an underlying process affecting decision-making in analytical chemistry, risk assessment and remediation st | National Science Foundation | 7/07/2009 |
| OLD DOMINION UNIVERSITY RESEARCH FOUNDATION | $200,000 | Trans-NSF Recovery Act Reasearch Support The research is aimed at developing a better physical understanding of how atoms and molecules interact with laser light at extremely cold temperatures-including the synthesis of very cold molecules from very cold atoms, high precision study of the struct | National Science Foundation | 7/26/2009 |
| OLD DOMINION UNIVERSITY RESEARCH FOUNDATION | $197,814 | Trans-NSF Recovery Act Reasearch Support The Ross Sea is a highly productive area within the Southern Ocean, but it experiences substantial variability in both physical (temperature, ice concentrations, salinity, winds and curent velocities) and biogeochemical (chlorophyll, productivity, mocronu | National Science Foundation | 8/05/2009 |
| OLD DOMINION UNIVERSITY RESEARCH FOUNDATION | $171,739 | Trans-NSF Recovery Act Reasearch Support This research project will develop a suite of mathematical constructs for the hydrodynamics of multiphase complex fluids. Complex fluids are distinguished from viscous fluids (e.g. , water, oil) in that they require resolution of microstructure to resolv | National Science Foundation | 6/22/2009 |
| NORFOLK STATE UNIVERSITY | $145,743 | Trans-NSF Recovery Act Reasearch Support The main goal of the project is to develop an innovative instructional environment by integrating Virtual Reality based 3-D simulations into an undergraduate optical engineerint laboratory curriculum as well as investigate how different aspects of externa | National Science Foundation | 8/04/2009 |