National Aeronautics and Space Administration - (Washington D.C., District of Columbia, United States)
Organization
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- Overview
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Overview
award or honor given
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NASA STAR (Spaceflight Technology, Applications, and Research) Participant,
conferred on Kamal, Khaled,
2023
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NASA GeneLab AWG funding Award,
conferred on Kamal, Khaled,
2023
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NASA SHINE Participant,
conferred on Kamal, Khaled,
2023
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NASA-TRISH BSURE Participant,
conferred on Kamal, Khaled,
2022
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Silver Achievement Medal,
conferred on Connolly, John,
2020
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NASA Exceptional Service Medal,
conferred on Connolly, John,
2018
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Presidential Rank Award, Meritorious Senior Professional,
conferred on Currie-Gregg, Nancy,
2015
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NASA Exceptional Service Medal,
conferred on Currie-Gregg, Nancy,
2012
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NASA Honor Awards,
conferred on Connolly, John,
2012
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Certificate of recognition for the Development of Innovative Technology,
conferred on Turner, Nancy,
2012
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JSC Director Commendation Award,
conferred on Connolly, John,
2010
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Silver Snoopy Award,
conferred on Connolly, John,
2009
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NASA Honor Awards,
conferred on Connolly, John,
2009
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Blue Marble Award,
conferred on Connolly, John,
2008
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NASA Group Achievement Award,
conferred on Saripalli, Srikanth,
2008
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NASA Honor Awards,
conferred on Connolly, John,
2008
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Outstanding Leadership Award,
conferred on Connolly, John,
2006
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Outstanding Leadership Award,
conferred on Currie-Gregg, Nancy,
2005
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QASAR Safety Award,
conferred on Currie-Gregg, Nancy,
2005
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NASA Faculty Fellowship,
conferred on Lagoudas, Dimitris,
2004
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NASA Exceptional Service Medal,
2004
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R&D 100 Award Winner,
conferred on Palazzolo, Alan,
2003
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NASA Space Flight Medal,
conferred on Currie-Gregg, Nancy,
2002
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JSC Director Commendation Award,
conferred on Connolly, John,
1999
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NASA Exceptional Service Medal,
conferred on Currie-Gregg, Nancy,
1998
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NASA Space Flight Medal,
conferred on Currie-Gregg, Nancy,
1998
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NASA Technical Brief Award,
conferred on Allen, David,
1994
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Silver Snoopy Award,
conferred on Currie-Gregg, Nancy,
1989
Research
awards grant
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2013-2014 Aeronautics Scholarship Program (Student Name: Alejandro Azocar)
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2015/2016 Aeronautics Undergraduate Scholarship (Mohammad Reza)
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A Multiscale Approach to Magnesium Intercalation Batteries: Safer, Lighter, and Longer-Lasting: Justin Andrews
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A NAMED SYMPOSIUM TO HONOR DR. MARIO J. MOLINA WILL BE HELD 10-14 JANUARY 2016, AS PART OF THE 96TH AMERICAN METEOROLOGICAL SOCIETY, ANNUAL MEETING IN NEW ORLEANS, LOUISIANA. THE HONOREE OR SPEAKER FIRST DEMONSTRATED THAT INDUSTRIALLY PRODUCED CHLOROFLUO
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Acquisition of an electron energy loss spectrometer for an analytical transmission electron microscope for nanostructural and nanochemical studies of planetary materials at the University of New Mexico
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Analysis of overturning meridional circulations across the tropics using TRMM PR and GPM DPR observations and a GCM precipitation radar simulator
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Chaotically Mediated Biochemistry and Vesicular Protocell Assembly in Prebiotic Hydrothermal Microenvironments
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Constraining Cloud Feedback Responses Associated With Precipitating Cloud
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Constraining Drivers Of Tropical Precipitating Cloud Shield Areas Across
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Control of Variability in the Performance of Selective Laser Melting (SLM) Parts through Microstructure Control and Design
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D.5 University Leadership Initiative
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DETERMINING RATES OF RESURFACING BY WIND ON MARS HINGES UPON OUR UNDERSTANDING OF HOW SAND MOVES UNDER MARTIAN SURFACE CONDITIONS. THE CURRENT UNDERSTANDING OF AEOLIAN SEDIMENT TRANSPORT ON MARS LARGELY RELIES ON AEOLIAN SEDIMENT TRANSPORT MODELS FOR ESTI
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Detection of precipitation onset with implications for passive microwave rainfall retrievals
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Determination of the Aspect Ratios of Airborne Dust Particles From the Aerosol Polarimetry Sensor (aps) Measurements
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Developing a Long Term Global Reservoir Product Series by Fusing Multi-Satellite Observations
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Development of New Modeling Capabilities and Improvement of Existing Computational Software Resources for Simulating the
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Development of New Theoretical Framework for Inferring Ice Crystal Surface Roughness from Multi-Angular Sensor Measurements
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Due to Increase needs for lightweight and multifunctional structures and materials that can operate at and sustain the extreme environment such as high temperature and pressure, hybrid composites are of high interests and being developed recently.
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Effects of Microgravity on Cerebral Arterial, Venous, and Lymphatic Function: Implications for Elevated Intracranial Pressure--NNX16AC28G
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Effects of Microgravity on Ocular Vascular Hydrodynamics
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Effects of microgravity on lymphatic structure and function
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Enhanced Stellar Positioning System
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Estimating reservoir evaporation losses for the contiguous United States
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Evaluation of Climate Model Precipitation Processes using a TRMM/GPM Radar Simulator
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Evaluation of the Cloud and Aerosol Look-UP Tables and Relevant Parameterizations Utilized In Viirs Cloud Property Retrievals and
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Examining the Assembly History of the Universe Using Large Grism Datasets
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Expanding STEM Education in Texas: A Multi-Institutional Collaboration using NASA-based Science
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Exploring the Nexus between LCLUC, Socio-Economic Factors, and Water for a Vulnerable Arid US-Mexico Transboundary Region
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Fluid Shift Associated Lymphostasis of the Gut Induces Inflammation and Microbial Intolerance (Postdoctoral Fellowship)
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From the Tropics to the Midlatitudes: A Seamless Analysis of Convective and Stratiform Rain and Latent Heating Using GPM
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Galactic Planet Population and Astrophysics with a Spaced-Based Microlensing Survey
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Global And Regional Water And Energy Variations Under A Changing Climate (Rapp, Anita)
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ICESAT 2 SCIENCE DEFINITION TEAM: IMPROVING ESTIMATES OF FOREST BIOPHYSICAL PARAMETERS WITH AN INTEGRATED MULTI-SCALE APPROACHNOVERALL GOAL OF THIS PROPOSAL IS TO FURTHER ADVANCE THE KNOWLEDGE OF THE VEGETATION SCIENCE PRODUCTS RELATED TO THE ICESAT 2 MI
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ICESat 2 Science Definition Team: Improving Estimates of Forest Biophysical Parameters with an Integrated Multi-Scale Approach
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Immobilization and Stabilization of Biocatalysts for Efficient Pharmaceutical Manufacturing
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Improving Type Ia Supernova as Standard Candles by Correlating the Ultraviolet and Optical Properties
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Improving the Fidelity of General Flexible Multibody Dynamic Simulations (Student: Carl Leake)
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In Tropical and Subtropical Regions Dominated by Stratocumulus and Shallow Cumulus, Rainfall is Driven Primarily by the Warm Rain Process. Recent Estimates in these Regimes show Noticeable Differences in both precipitation occurrence and rates between act
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Intermittent aeolian bedload transport on Mars
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Land use and land cover changes in temperate savannas: Impact of woody plant encroachment and prescribed fire on ecosystem carbon storage
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Lightning-Environment Relationships
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Measurements of Cloud Radiative Impact On the Climate Using Calipso, Cloudsat, and Other A-Train Sensors
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Measuring Star-Formation Rates of AGNs and QSOs using a new calibration from Polycyclic Aromatic Hydrocarbon Emission
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Mechanisms Regulating Water Vapor And Clouds in the Tropical and Extratropical Lower Stratosphere
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Middle School Aerospace Scholar Program
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Multi-Platform Soil Moisture Scaling Over the Southern Great Plains Using Insitu, Satellite Retrieval, and Data Assimilation
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Multi-parameter diagnostics of cloud influences on the atmospheric energy and water cycle
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Multi-scale interactions in the tropics: TRMM PR observations + 8 reanalysis data sets
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NASA Earth and Space Science Fellowship (NESSF) Program- 2015: (Student - Ms. Nandita Gaur): A New Heterogeneity Triangle to Characterize Land–Surface Heterogeneity for Estimating Near-Surface Soil Moisture Beyond Darcy Scale-
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NASA Office of Education (OE) MUREP Advanced STEM Training and Research (ASTAR) Fellowship
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NASA Space Biology COVID Augmentation Award: Upstream Regulation of Nox2 and Skeletal Muscle Atrophy During Microgravity and Countermeasure Development
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NRS / NASA Earth and Space Science Fellowship (NESSF) Program - 2014-( Prev title: Nasa-Earth and Space Science Fellowship 2012)
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Nanoporous Cyclic Brush Polymers for Selective Carbon Dioxide Capture
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Nanotechnology/Materials (Student: Spencer Hawkins)-One Stop Shopping Initiative - NASA Fellowship (Harriett G. Jenkins Graduate Fellowship Program)
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ONE OF THE LARGEST UNCERTAINTY SOURCES IN UNDERSTANDING THE IMPACT OF CLOUDS ON CLIMATE IS THE CLOUD RADIATIVE EFFECT. THE NET EFFECT IS A FUNCTION OF CLOUD MICROPHYSICAL AND OPTICAL PROPERTIES, SUCH AS CLOUD PHASE, OPTICAL THICKNESS, AND PARTICLE SIZE. T
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One Stop Shopping Initiative - NASA Scholarship (MUREP) - 2013 MUREP Scholarship (Student: Alexxandra Cisotto)
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Oxidizing Oases in the Paleoarchean Moodies Group, Barberton Greenstone Belt, South Africa
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PROCSIMA: Diffractionless Beamed Propulsion for Breakthrough Interstellar Missions
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Pre-Treatment Approaches for Improving the Response of Bone to Disuse and Recovery -
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Proximity Navigation Near and Mapping of Asteroids -
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Quantification of the Consistency of the Choice of Ice Cloud Models in Forward Retrieval and Radiative Forcing Assessment
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Quantification of the Impacts of Saharan Dust on Atlantic Hurricanes Using Satellite Observations and Coupled Atmosphere-Ocean Model
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Quantifying the Water and Energy Budgets of Marine Subsidence Regions
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RESEARCH EFFORT IS PROPOSED TO SUPPORT THE NASA ICECUBE MISSION, A MISSION THAT WILL DEMONSTRATE AND VALIDATE A NEW 874-GIGAHERTZ SUBMILLIMETER-WAVE RECEIVER THAT COULD HELP ADVANCE SCIENTISTS UNDERSTANDING OF ICE CLOUDS AND THEIR ROLE IN CLIMATE CHANGE.
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ROOT ZONE SOIL HYDRAULIC PROPERTY ESTIMATION BY SMAPNSOIL MOISTURE AND HYDROLOGIC FLUXES IN THE ROOT ZONE (LAND SURFACE TO SHALLOW GROUND WATER TABLE) ARE KNOWN TO SIGNIFICANTLY INFLUENCE ATMOSPHERIC BOUNDARY LAYER, GROUNDWATER RECHARGE, AND SURFACE AND
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Real-Time Optimal Guidance via Theory of Connections (Student: Hunter Johnston)
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Regional NPP and carbon stocks in southwestern USA rangelands: Land-use impacts on the grassland-woodland balance
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Remote Sensing Of Ice Cloud Properties Using High Frequency Sub-Millimeter Wave Radiometry - Student: Adam Bell
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Remote Sensing of Ice Cloud Properties Using CLARREO-like Spectrally Resolved Reflected Solar and Infrared Radiances
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Research Opportunities in Space and Earth Science 2011
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Retired Astronauts Medical Data Repository (RADAR): a Feasibility Project
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Roses - 2015 / Earth Science Division
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Roses-2015/Tropical Workshops, Symposia, and Conferences - 2016 AMS Mario J. Molina Symposium
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SAND-E: Semi-Autonomous Navigation for Detrital Environments - Integrating Robotic Terrain Analysis, Geochemistry, and Sedimentology to Assess Sediment Transport Pathways
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SOUSA’s Sequel: Improving Standard Candles by Improving UV Calibration
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SYNOPSIS SURFACE SNOW AND ICE CLOUDS HAVE IMPORTANT IMPACTS ON THE EARTH S RADIATION BUDGET. THE SINGLE-SCATTERING PROPERTIES, NAMELY, THE PHASE FUNCTION, SINGLE-SCATTERING ALBEDO, AND EXTINCTION EFFICIENCY, OF ICE CRYSTALS ARE FUNDAMENTAL TO THE RADIATIV
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Seeing Core-Collapse Supernovae in the Ultraviolet
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Seeing Core-Collapse Supernovae in the Ultraviolet
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Self-Guided Beamed Propulsion for Breakthrough Interstellar Missions
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Solar Activity and Space Weather
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Study of Dust Aerosol Optical and Microphysical Properties Based on Combined Spaceborne Lidar and Polarimetry Observations
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Study of Dust Aerosol Optical and Microphysical Properties Based on Combined Spaceborne Lidar and Polarimetry Observations
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Supernova Key Project: Swift Response to Nearby Supernovae
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Supersonic Flight Test Design Study and Planning for Adaptive Geometries and LIDAR
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Support for Students and Early-Career Researchers to Attend Parallel Conferences on Electromagnetic and Light Scattering (ELS-XVII) and Laser-Light and Interactions with Particles (LIP2018)
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THE OBJECTIVE OF THE PROPOSED WORK IS TO DEVELOP ADVANCED SYNTHETIC METHODOLOGIES THAT AFFORD NANOPOROUS MATERIALS WITH SELECTIVE UPTAKE AFFINITY TOWARDS CARBON DIOXIDE AND LARGE GAS STORAGE CAPACITIES. THE EXPECTED SIGNIFICANCE OF THIS WORK IS THE INCREA
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THE SWIFT ULTRA-VIOLET/OPTICAL TELESCOPE (UVOT) HAS BEEN OBSERVING OVER THREE HUNDRED NEARBY SUPERNOVAE (SNE) IN THE ULTRAVIOLET (UV). MEANWHILE, DEEP OPTICAL SURVEYS HAVE BEEN OBSERVING A NEW CLASS OF DISTANT ( UP TO Z-4) SUPERLUMINOUS SNE (SLSNE) IN THE
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THE TRMM PRECIPITATION RADAR (PR) PROVIDED AN UNPRECEDENTED VIEW OF PRECIPITATION AND STORM STRUCTURE IN THE TROPICS ANDNSUBTROPICS FOR 17 YEARS. THE LAUNCH OF THE GPM DUAL FREQUENCY PRECIPITATION RADAR (DPR) HAS EXPANDED THIS VIEW INTO HIGHER LATITUDES
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THIS PROPOSAL SEEKS TO DESIGN A ROTATING HABITAT WITH A ROBOTIC SYSTEM THAT CONSTRUCTS THE STRUCTURE AND PROVIDES A HABITAT GROWTH CAPABILITY. THE TENSEGRITY TECHNOLOGY ALLOWS MINIMUM MASS OF BOTH THE HABITAT AND THE ROBOTIC SYSTEM. THIS PROPOSAL SOLVES T
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Tensegrity Approaches to In-Space Construction of a 1g Growable Habitat
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This Research Seeks to Develop an Innovative Morphing Radiator Concept that uses shape memory alloys (SMAS) to actuate passively in response to changes in its ambient thermal environment.
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Towards understanding variability in precipitation-anvil area relationships
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Travel Support For Early-Career Researchers To Attend The 1st International Workshop on "Advancement of Polarimetric Observations: Calibration And Improved Aerosol Retrievals (APOLO2017)
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Tropical Propagating Modes in the East Pacific ITCZ - Student: Lidia Huaman Chuquihauccha
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UNDERSTANDING THE COEVOLUTION OF STAR-FORMATION AND SUPERMASSIVE BLACK HOLE ACCRETION IS ONE OF THE KEY QUESTIONS IN GALAXY FORMATION THEORY. THIS RELATION IS IMPORTANT FOR UNDERSTANDING WHY AT PRESENT THE MASS IN GALAXY BULGES (ON SCALES OF KPC) CORRELAT
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Understanding Supernovae With A Swift Ultraviolet Archive
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Understanding Supernovae with a Swift Ultraviolet Archive--
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Understanding transport of mass, water vapor, and tropospheric pollutants into the stratosphere
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Unlocking Type Ia Supernovae with an Ultraviolet Key
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Using LiDAR to Develop a Climate-driven Model of the Disintegration and Decay of Trees Killed During a Severe Drought
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Variability of ice cloud particle roughness determined from polarimetric satellite observations
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Variable Geometry Radiators Using Shape Memory Alloys
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Vision-Based Navigation for Orion
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WE PROPOSE TO DEVELOP NEW LIGHT-SCATTERING AND RADIATIVE TRANSFER MODELING CAPABILITIES AND ALSO IMPROVE EXISTING CAPABILITIES TO SUPPORT NASA MODIS (MODERATE RESOLUTION IMAGING SPECTRORADIOMETER), VIIRS (VISIBLE INFRARED IMAGING RADIOMETER SUITE), AND PA
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WE PROPOSE TO REOBSERVE THE LOCATIONS OF 17 TYPE IA SUPERNOVAE SNE IA AFTER THE SUPERNOVAE LIGHT HAS FADED TO GATHER UVOT UVGRISM TEMPLATE IMAGES. THE TEMPLATE IMAGES WILL RECREATE THE ORIGINAL SNE DATA OBSERVATIONS AS CLOSELY AS POSSIBLE AND WILL ENABLE
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WHILE SHAPE MEMORY POLYMERS (SMPS) HAVE GATHERED INTEREST IN VARIOUS FIELDS QUESTIONS EXIST ABOUT THEIR CORROSIVE-STABILITY. IT IS HYPOTHESIZED THAT THE DEVELOPMENT OF INTELLIGENT, MULTIFUNCTIONAL COATINGS WOULD ALLOW FOR CORROSION RESISTANCE AND MONITORI
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X-Ray Florescence (XRF) Technologies For Biosignature Screening In Aeolian Environments
