id string | text string | meta dict |
|---|---|---|
20140013449 | LunarImpactor– Lunarsciencewitha
versatilecubesatplatform
I.GarrickBethell*,H.Sanchez,B.Jaroux,M.Bester,P.Brown,D.Cosgrove,M.
Dougherty,J.Halekas,D.Hemingway,P.Lozano,F.Martel,C.Whitlock
*UniversityofCalifornia,SantaCruz
UniversityofCalifornia,Berkeley
NASAAmesResearchCenter
... | {
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"doi": null,
"filename": "20140013449.pdf",
"title": "Lunar Impactor - Lunar Science with a Versatile Cubesat Platform",
"publicationYear": null,
"center": {
"code": "ARC",
"name": "Ames Researc... |
20220011547 | Florence Tan
Deputy Chief Technologist
Science Mission Directorate (SMD)
Chair, Small Spacecraft Coordination Group
NASA Headquarters
May 2022
NASA Innovative Science SmallSat Missions
2
SmallSat Program Opportunities
3
Small Innovative Missions for Planetary
Exploration (SIMPLEx)
Heliophysics Technology and Science
... | {
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"doi": null,
"filename": "2022_SmallSatConf_NASA_Innovative_Science_missions.pdf",
"title": "NASA Innovative Science SmallSat Missions",
"publicationYear": null,
"... |
20220011550 | Florence Tan
Deputy Chief Technologist
Science Mission Directorate (SMD)
Chair, Small Spacecraft Coordination Group
NASA Headquarters
May 2022
NASA SmallSats and CubeSats Update
2
2
Launched/Deployed
NASA SmallSat Status
Deorbited/
EOM
White: 3U or 6U units
Dark Blue: MiniSat
Yellow: Multiple units
Blue: ESPA-Class Mis... | {
"source": "NTRS",
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"doi": null,
"filename": "2022_SmallSat_Conference.pdf",
"title": "NASA SmallSats and CubeSats Updates",
"publicationYear": null,
"center": {
"code": "HQ",
"name": "Headquarters",
... |
20220018725 | 1
Design and Testing of the BionicWingSat in a Zero-g Flight
Campaign - A 2U-CubeSat with Deployable, Biologically-
Inspired Wings
Martin E. Zander 1
Institute of Lightweight Systems (formerly Institute of Composite Structures and Adaptive Systems), DLR
German Aerospace Center, 38108 Braunschweig, GERMANY,
mart... | {
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20220018766 | Martin E. Zander (DLR) , Matthew K. Chamberlain (NASA ) et. al
AIAA SciTech 2023 • January • 2023
Design and Testing of the BionicWingSat in a
Zero-g Flight Campaign - A 2U-CubeSat with
Deployable, Biologically-Inspired Wings
Copyright © by German Aerospace Center DLR. Published by the American Institute of Aeronauti... | {
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"title": "Design and Testing of the BionicWingSat in a Zero-g Flight Campaign - A 2U-CubeSat... |
20240000655 | BioSentinel: Leading the Way for Deep Space CubeSat Missions
Flagship science missions are not alone in Deep Space thanks to BioSentinel, a 6U
spacecraft launched on Artemis-1. BioSentinel is one of the longest operating CubeSats
beyond cislunar space. The subsystems and COTS components of the BioSentinel bus are ... | {
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"doi": null,
"filename": "BioSentinel_SmallSat_Abstract-011624.pdf",
"title": "BioSentinel: Leading the Way for Deep Space CubeSat Missions",
"publicationYear": null,
"center": ... |
20230002204 | Lessons Learned Developing Flight, Ground, and
Mission Operations Software for the GPX2
Technology Demonstration 3U CubeSat
http://engineering.larc.nasa.gov/
Mark Banchy & David Keck
GPX2 Flight and Ground Software Leads
2023 Flight Software Workshop
GPX2
2
GPX2 Project Overview
• Mission Objectives
• Project Stat... | {
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"doi": null,
"filename": "fsw_workshop_gpx2_banchy_final.pptx",
"title": "Lessons Learned Developing Flight, Ground, and Mission Operations Software for the GPX2 Technology Demonstra... |
20230013940 | National Aeronautics and Space Administration Small Satellite Learning from Experience, Achievements and Resolution Navigation Forum
www.nasa.gov
Using 3D Printing for SmallSats &
other Low(er) Cost Missions
Or, how to stop worrying, and love NASA-STD-6030
Andrew Glendening
Materials and Process Assurance Engineer - G... | {
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"doi": null,
"filename": "Using 3D printing for SmallSats_NASA SmallSat.pdf",
"title": "Using 3D Printing for SmallSats other Low(er) Cost Missions",
"publicati... |
20205004309 | NASA Flight Opportunities – A Stepping Stone to Orbit
Anh N. Nguyen
NASA Ames Research Center
anh.n.nguyen@nasa.gov
SmallSat 2020
07/09/2020
NASA Flight Opportunities – A Stepping Stone to Orbit
1
• Payload Accelerator for CubeSat
Endeavors (PACE) goals are to mature
Payloads from TRL 4 to TRL 7/9
utilizing a suborb... | {
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"doi": null,
"filename": "2020-06-30 PACE Overview_SmallSat_AN2.pptx",
"title": "NASA Flight Opportunities - A Stepping Stone to Orbit",
"publicationYear": null,
"cent... |
20205004478 | National Aeronautics and Space Administration
www.nasa.gov
1
Hydrogen Peroxide – Water – Ethanol
Monopropellant Blend for CubeSat
Propulsion
2020 AIAA Propulsion and Energy Forum and Electric Aircraft
Technologies Symposium (EATS)
August 24-28, 2020
Virtual Conference
Steven J Schneider
NASA Glenn Research Center, C... | {
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"url": "https://ntrs.nasa.gov/api/citations/20205004478/downloads/Propulsion%20Energy%202020_Schneider_Presentation.pdf",
"doi": null,
"filename": "Propulsion Energy 2020_Schneider_Presentation.pdf",
"title": "Hydrogen Peroxide-Water-Ethanol Monopropellant Blend for CubeSat Propulsion",
... |
20205006233 | Presented By
Kevin Bauer
Passive Thermal Coating
Observatory Operating in
Low-Earth Orbit (PATCOOL)
Kevin Bauer
NASA Launch Services Program
Thermal & Fluids Analysis Workshop
TFAWS 2020
August 18-20, 2020
Virtual Conference
TFAWS Passive Thermal Paper Session
Agenda
• Background
• Mission Objectives
• Thermal Desig... | {
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"doi": null,
"filename": "TFAWS-2020-Presentation-PATCOOL.pptx",
"title": "Passive Thermal Coating Observatory Operating in Low-Earth Orbit (PATCOOL)",
"publicationYear": null,
... |
20220008142 | Johnson
1
36th Annual Small Satellite Conference
SSC22-IX-01
Near Earth Asteroid Scout - Mission Update
Les Johnson, Erin Betts, Andrew Heaton, Clif Jones, Leslie McNutt, Matt Pruitt, Jim Stott, Darren Wallace,
Rick Wilson
NASA George C. Marshall Space Flight Center
Mail Code ST20, NASA MSFC, Huntsville... | {
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"filename": "Johnson - NEA Scout SSC22-IX-01.pdf",
"title": "Near Earth Asteroid Scout - Mission Update",
"publicationYear": null,
"center": {
"code": "MSFC"... |
20205010349 | Developing technologies for biological experiments
in deep space
Sergio R. Santa Maria
Elizabeth Hawkins
Ada Kanapskyte
NASA Ames Research Center
sergio.santamaria@nasa.gov
1973 – 1974
1981 - 2011
2000 –
2006 –
Skylab
Space Shuttle
Program
International
Space Station
Bio CubeSats
STS-1 (1981)
STS-135 (2011)
NASA’s l... | {
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"doi": null,
"filename": "5010349-IECB 2020 presentation_SergioSM_FINAL[1].pdf",
"title": "Developing Technologies for Biological Experiments in Deep Space",
"... |
20230001939 | Ç√Ç√
National Aeronautics and Space Administration Small Satellite Learning from Experience, Achievements and Resolution Navigation Forum
NASA SmallSat LEARN Forum Briefing:
BioSentinel
Presenter: Sergio R. Santa Maria
Date: February 22, 2023
BioSentinel Overview
Mission Objectives
• Develop a deep space tool with auto... | {
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"filename": "Mission Briefing BioSentinel - Feb 22 2023.pdf",
"title": "NASA SmallSat LEARN Forum Briefing: BioSentinel",
"publicationYear": null,
... |
20250006604 | [SSC25-XX-XX]
TES-11 GOES DCS Demonstration: A Novel LEO-to-GEO
Communication System for Nanosatellites
Marcus S. Murbach
Spaceflight Projects Office, NASA Ames Research Center
Moffett Field, CA, USA 94035; (650) 604-3155
marcus.s.murbach@nasa.gov
Beau Backus
JHU APL for NOAA
Silver Springs, MD
beau.backus@noaa.gov
Bre... | {
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"title": "TES-11 GOES DCS Demonstration: A Novel LEO-to-GEO Communication System for Nanosatellites",
"publicationYear": null,
"center": {
"code": "AR... |
20230005879 | Interplanetary SmallSat Conference 2023 – BioSentinel
Matthew Napoli, PM
Andres Dono Perez (NAV Lead)
Jose Luis Alvarellos (NAV)
NASA Ames Research Center, Moffett Field, California
May 11, 2023
Distance to ISS: ~ 350 km
Distance to the Moon: ~385,000 km
Distance at 6 months: ~16,000,000 km
HQ Directorate: ESDMD Mars C... | {
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"doi": null,
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"title": "BioSentinel",
"publicationYear": null,
"center": {
"code": "ARC",
"name": "Ames Research Center",
"id": "4... |
20230005890 | Interplanetary SmallSat Conference 2023 – BioSentinel
Matthew Napoli, PM
Andres Dono Perez (NAV Lead)
Jose Luis Alvarellos (NAV)
NASA Ames Research Center, Moffett Field, California
May 11, 2023
Distance to ISS: ~ 350 km
Distance to the Moon: ~385,000 km
Distance at 6 months: ~16,000,000 km
HQ Directorate: ESDMD Mars C... | {
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"doi": null,
"filename": "BioSentinel_InterSmallSat_Rev3.pptx",
"title": "Interplanetary Small Satellite Conference 2023 - Biosentinel",
"publicationYear": null,
"center": {
"cod... |
20205007942 | Developing technologies for biological experiments in deep space
Sergio R. Santa Maria; sergio.santamaria@nasa.gov
University of New Mexico & NASA Ames Research Center, Moffett Field, CA.
NASA Ames Research Center is the leader in developing autonomous nanosatellites or
CubeSats to address strategic knowledge ... | {
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"url": "https://ntrs.nasa.gov/api/citations/20205007942/downloads/Biosensors%20conference%20abstract%20-%20submitted%20Aug%2031_2020.pdf",
"doi": null,
"filename": "Biosensors conference abstract - submitted Aug 31_2020.pdf",
"title": "Developing Technologies for Biological Experiments in ... |
20210021952 | The Evolution of the CubeSat
Spacecraft Platforms
AVT-336 Specialists’ Meeting (RSM)
Craig D. Burkhard
NASA Ames Research Center
Moffett Field, CA, 94035 USA
Sasha V. Weston
Millennium Engineering and Integration Company
NASA Ames Research Center
Moffett Field, CA, 94035, USA
National Aeronautics and
Space Administr... | {
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"doi": null,
"filename": "Platforms Presentation_Burkhard_FNL.pdf",
"title": "The Evolution of CubeSat Spacecraft Platforms",
"publicationYear": null,
"center": {
"code": "... |
20205010250 | Dec 1, 2020
Terabyte Infrared Delivery
TBIRD Overview
TBIRD- 2
JPW Dec 2020
Terabyte Infrared Delivery (TBIRD)
• Demonstrate burst data delivery
architecture & protocols
• Compact, low cost space & ground
terminals
• Leverage high rate COTS telecom
equipment for 200 Gbps data delivery
3U LEO
space terminal
Target G... | {
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"filename": "TBIRD Overview - no logos - compressed.pdf",
"title": "Terabyte Infrared Delivery: TBIRD Overview ",
"publicationYear": null,
"center": {... |
20230017905 | Andres Dono Perez1,2, NAV Lead
Jose Luis Alvarellos1,3, NAV
Nahum Alem1, NAV
Matthew Napoli1, PM
Lisa Policastri4, NAV
Ryan Lebois4, NAV
Spaceflight Division, NASA Ames Research Center
Axient
ASRC Federal
Space Exploration Engineering
January 9, 2024
AIAA SciTech Forum, January 2024
Flight Dynamics and Navigation Perfo... | {
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"doi": null,
"filename": "BioSentinel_SciTech_final.pptx",
"title": "Flight Dynamics and Navigation Performance of the BioSentinel Mission",
"publicationYear": null,
"center": {
"code... |
20230008181 | SSC23-WVIII-02
Windform® XT 2.0 Use as 3U CubeSat Primary Structure
Amanda Stark, Andrew Paddock, Thuan Nguyen, Kurt Woodham
NASA Langley Research Center
1 NASA Drive, Hampton, VA 23666; 757-864-7909
Amanda.stark@nasa.gov
ABSTRACT
CubeSats provide a platform for small-scale space research and
technology demonstration a... | {
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"filename": "SSC23-WVIII-02_Windform_Stark_v2.docx",
"title": "Windform® XT 2.0 Use as 3U CubeSat Primary Structure",
"publicationYear": null,
"center": {
"code": ... |
20210025914 | Pathfinder Technology Demonstrator (PTD) Status
David J. Mayer1, Elwood F. Agasid1, Roger C. Hunter1, Jan M. Stupl1, John E.
Hanson2,
Nella Barrera3, Allan Shtofenmakher3
1NASA Ames Research Center, Moffett Field, California 94035
2CrossTrac Engineering, Inc. Mountain View, California 94040
3Tyvak Nano-Satellite Syste... | {
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"doi": null,
"filename": "PTD_Abstract_CDW2022-211214-FINAL-v2.docx",
"title": "Pathfinder Technology Demonstrator (PTD) Status",
"publicationYear": null,
"center": {
"... |
20240013008 | Larry Thomsen
NASA Langley Research Center
Shielding Collaborative Opportunities
7 Kg
Image Credit: NASA
16-17 October 2024
LaRC Z-Shielding Increases CubeSat Mission Lifetimes
•
Extends typical CubeSat
missions from 3 months to
years
•
A 18-36x reduction of total
ionizing dose and removal of
internal charging eff... | {
"source": "NTRS",
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"doi": null,
"filename": "Innovation_Z_Shielding.pdf",
"title": "Shielding Collaborative Opportunities",
"publicationYear": null,
"center": {
"code": "LaRC",
"name": "Langley Research... |
20220009496 | NASA CubeSat/SmallSat Reference Model
Authors: Nancy J. Lindsey (NASA GSFC), Lionel-Nobel Sindjui (NASA GSFC), Mahdi Alimardani (NASA GSFC)
• Enabling Mission Success and effective design improvements
• Identify Risk (safety, performance, availability, failure) for mitigation
• Ensuring safety through hazard identifi... | {
"source": "NTRS",
"url": "https://ntrs.nasa.gov/api/citations/20220009496/downloads/NASA%20CubeSat%20SmallSat%20Reference%20Model(PSAM).pdf",
"doi": null,
"filename": "NASA CubeSat SmallSat Reference Model(PSAM).pdf",
"title": "NASA Cubesat/Smallsat Reference Model",
"publicationYear": null,
"center": {... |
20220009078 | FLIGHT AND DIRECT TO EARTH/SPACE
RELAY COMMUNICATION SYSTEM
ARCHITECTURE FOR GSFC CUBESAT
MISSIONS
Ethan Abele
School of Electrical and
Computer Engineering
Oklahoma State University
Stillwater, Oklahoma 74075–0250
eabele@okstate.edu
Serhat Altunc
and Obadiah Kegege
Goddard Space Flight Center
NASA
Greenbelt Maryland, ... | {
"source": "NTRS",
"url": "https://ntrs.nasa.gov/api/citations/20220009078/downloads/SmallSat_2022_Final.pdf",
"doi": null,
"filename": "SmallSat_2022_Final.pdf",
"title": "Flight and Direct to Earth/Space Relay Communication System Architecture for GSFC CubeSat Missions",
"publicationYear": null,
"cente... |
20220010766 | BioSentinel: a biology CubeSat for deep space
understanding the risks on biology from deep space radiation
BioSentinel: large experiment in a compact spacecraft
Propulsion
system
Batteries
Attitude control subsystem
Star tracker window
Solar arrays
Solar array
gimbal
BioSensor payload
(~4U, 4.5 kg)
Low-gain
antenn... | {
"source": "NTRS",
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"doi": null,
"filename": "BioSentinel_SmallSat_2022_v2.pptx",
"title": "BioSentinel SmallSat 2022 Presentation",
"publicationYear": null,
"center": {
"code": "ARC",
"name":... |
20230010927 | Larry Thomsen
NASA Langley Research Center
Tom Jordan and Larisa Milic
Experimental & Mathematical
Physics Consultants (EMPC)
Bill Girard
Science & Technology Corporation
(STC)
Shielding Considerations for CubeSat
Structures During Solar Maximum
7 Kg
Image Credit: NASA
9 August 2023
Reliability has a Price: Enablin... | {
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"doi": null,
"filename": "Thomsen_Shielding_Considerations_CubeSat_SSC_X-01.pdf",
"title": "Shielding Considerations for CubeSat Structures During Solar Maximum",
"pu... |
20240009200 | Jettison Policy Requirements
The ISS Jettison Policy intends to quantify and control the risks of deploying and operating small satellites, not only to
ensure the safety of the humans flying in space, but also to preserve the orbital environment for world space activities
and enable the significant benefits brought b... | {
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"doi": null,
"filename": "SSC24-P3-06.pdf",
"title": "International Space Station Satellite Deployment: Jettison Policy and Best Practices for Satellite Payload Developers",
"publicationYear": null,
"ce... |
20240000472 |
1
FLIGHT EXPERIENCE AND LESSONS LEARNED FROM
BIOSENTINEL: A 6U DEEP SPACE CUBESAT
Jesse Fusco*, Terry Stevenson,† and Robert Nakamura‡
This paper reviews the flight experiences of the BioSentinel propulsion and Atti-
tude Determination and Control System (ADCS) teams. BioSentinel, a 6U Cu-
beSat, launched as a ... | {
"source": "NTRS",
"url": "https://ntrs.nasa.gov/api/citations/20240000472/downloads/BioSentinel_AAS_Paper.pdf",
"doi": null,
"filename": "BioSentinel_AAS_Paper.pdf",
"title": "Flight Experience and Lessons Learned From Biosentinel: A 6u Deep Space Cubesat",
"publicationYear": null,
"center": {
"code... |
20240009519 | Larry Thomsen
NASA Langley Research Center
Shielding SmallSats: Collaborative
Opportunities
7 Kg
Image Credit: NASA
6 August 2024
Solar Activity Influences Dose Rate in Spacecraft:
•
NOAA Space Weather Prediction Center (SWPC) Solar
Radiation Storm Severity (S) Scales
–
magnitude flux levels above 10-MeV proton ... | {
"source": "NTRS",
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"doi": null,
"filename": "NASA_shielding_SmallSat_collaboration_08062024.pdf",
"title": "Shielding SmallSats: Collaborative Opportunities",
"publicationYear": null,
"c... |
20205003637 | Please wait...
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For m... | {
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"url": "https://ntrs.nasa.gov/api/citations/20205003637/downloads/C-22%20Schneider%20PropEnergy%20Conf_paper%2006-2020%20signed.pdf",
"doi": null,
"filename": "C-22 Schneider PropEnergy Conf_paper 06-2020 signed.pdf",
"title": "Hydrogen Peroxide-Water-Ethanol-Monopropellant Blend for CubeS... |
20230011375 | Mission summary and lessons learned
BioSentinel: the first deep space biology CubeSat mission
NASA/Daniel Rutter
Matthew Napoli, PM
NASA Ames Research Center
1
HQ Directorate: Exploration Systems Development Mission
Directorate Mars Campaign Office (ESDMD-MCO)
Objective: develop a deep space tool with autonomous life s... | {
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"doi": null,
"filename": "BioSentinel_SmallSat_2023_Napoli_final.pptx",
"title": "Biosentinel: The First Deep Space Biology CubeSat Mission- Mission Summary and Lessons Learned",... |
20240013876 | Starling CubeSat Swarm:
Flight Results and Lessons Learned
Presented by Nathan Benz
Mission Facts
4 x 6U Blue Canyon Technologies spacecraft in LEO
Launched via Rocket Lab Electron, July 18 2023
575 km, near sun-sync orbit
Demonstration of multiple swarm technologies
Formation Flying Reconfiguration and Orbit Mainten... | {
"source": "NTRS",
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"doi": null,
"filename": "LEARN_Starling_exp.pdf",
"title": "Starling CubeSat Swarm: Flight Results and Lessons Learned ",
"publicationYear": null,
"center": {
"code": "ARC",
"name": "Ame... |
20250007104 | Tian
1
39th Annual Small Satellite Conference
SSC25-III-02
The BurstCube Gamma-Ray Instrument: Hunting for the Largest Cosmic Explosions
Lucia Tian
NASA Goddard Space Flight Center
Greenbelt, MD 20771; 301-286-9346
lucia.tian@nasa.gov
Daniel Violette, Ava Myers
NASA Goddard Space Flight Center / NASA Post... | {
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20220011258 | Near Earth Asteroid Scout (NEA Scout): Mission Update
Les Johnson, Erin Betts, Andrew Heaton, Clif Jones, Leslie McNutt, Matt Pruitt, Jim Stott,
Darren Wallace, and Rick Wilson
NASA George C. Marshall Space Flight Center
Julie Castillo-Rogez, Gregory Lantoine, Calina Seybold, and Ted Sweetser
NASA Jet Propulsion Labor... | {
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20230003304 | Emission measure in the southern halo.
A disc/SFR model is preferred over a
spherical β model at 99.5% confidence.
HaloSat – A CubeSat that Studied
the Hot Galactic Halo
P. Kaaret (NASA/MSFC) for the HaloSat Team
HaloSat
HaloSat was the first CubeSat competitively funded by
NASA's Astrophysics Division. HaloSat sur... | {
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20205006873 | Navigating SmallSat Development:
Where to Begin and What to Expect
Dr. Charles D. Norton
Special Advisor, Small Spacecraft Missions, NASA SMD
Associate Chief Technologist, NASA Jet Propulsion Laboratory / CalTech
August 2020
2
Met objectives to study the
plasma, particle, and magnetic
field environment of the Moon
... | {
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20230008421 | SSC23-I-02
BioSentinel: Mission summary and lessons learned from the first
deep space biology CubeSat mission
Matthew Napoli, Cheryle Kong, Jeffrey Homan, Jesse Fusco, Robert
Nakamura, Mike Padgen, Shang Wu, Philip Shih, Mohammad
Hejase
NASA Ames Research Center
Josh Benton, Dennis Heher, Terry Stevenson
KBR Wyle Servi... | {
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20230011128 |
Thomsen
1
37th Annual Small Satellite Conference
Shielding Considerations for CubeSat Structures During Solar Maximum
D. Laurence Thomsen III
NASA Langley Research Center
Advanced Materials and Processing Branch, 6A W Taylor ST, MS 226 , Hampton, VA 23681 USA
d.l.thomsen@nasa.gov
Thomas M. Jordan and L... | {
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20240010449 | Noah C. Gilbert, Bryan C. Bilyeu, Joshua J. Brown, Jesse S. Chang, David R. Crompton, Ajay S.
Garg, Andrew J. Horvath, Lawrence J. Petrilli, Robert S. Reeve, Kathleen M. Riesing, Bryan S.
Robinson, Curt M. Schieler, Miyoung P. Schue, Joseph J. Scozzafava, Jade P. Wang
SPIE Optics + Photonics
18 August 2024
TBIRD, a ... | {
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"title": "TBIRD, A Rapid Prototyping Approach for Design, Assembly, and Test of A LEO-to-Ground Laserc... |
20250001493 | The BurstCube Gamma-Ray Instrument: Hunting for the Largest Cosmic Explosions
Lucia Tian1, Israel Martinez Castellanos1,2, Daniel Violette1,3, Ava Myers1,3, Joseph Asercion1,4,
Sean Semper1, Jeremy Perkins1, Judith Racusin1
1 NASA Goddard Space Flight Center
2 University of Maryland, College Park / CRESST
3 NA... | {
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20240003618 | Variation in Predicated Orbital Lifetime due to Launch Year
Caley Burke
NASA’s Launch Services Program
Kennedy Space Center, Florida
August 6, 2024
1
Booth 17
How CubeSat Launch Initiative (CSLI) works…
SC Team Designs/Builds/Tests their Spacecraft
SC Team Operates their Spacecraft
NASA CSLI Procures and Funds the Laun... | {
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20250004883 | manuscript submitted to Geophysical Research Letters
A first look at river discharge estimation from SWOT
1
satellite observations
2
Konstantinos M. Andreadis1, Steve P. Coss2, Michael Durand2, Colin J.
3
Gleason1, Travis T. Simmons1, Nikki Tebaldi3, David M. Bjerklie4, Craig
4
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20250009298 | 1
From column to surface: connecting the performance in simulating aerosol
optical properties and PM2.5 concentrations in the NASA GEOSCCM
Caterina Mogno1,2, Peter R. Colarco2, Allison B. Collow1,3, Sampa Das2,4, Sarah A. Strode2,5, Vanessa
Valenti6,7, Michael E. Manyin2,6, Qing Liang2, Luke Oman2, Stephen D. St... | {
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"title": "From Column to Surface: Connecting the Performance in Simulating Aerosol Optical Properties and Pm<sub>2.5</sub> Concentrations in the Nasa Geosccm ... |
20250003211 | Solar Physics
DOI: 10.1007/•••••-•••-•••-••••-•
Improved Tomographic Reconstruction of 3D Global
Coronal Density from STEREO/COR1 Observations
· C. Nick Arge2
·
Tongjiang Wang1,2
Shaela I. Jones1,2
Abstract Tomography is a powerful technique for recovering the three-dimensional
(3D) density structure of the global sol... | {
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"title": "Improved Tomographic Reconstruction of 3D Global Coronal Density from STEREO/COR1 Observations",
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20250001897 |
July 2024
Space Crop Considerations for
Human Exploration
Ralph Fritsche (retired), Natasha Haveman, Gioia Massa, Matthew Mickens,
Trent Smith, and Raymond Wheeler (retired)
Kennedy Space Center, Florida
Bruce Link
Astrion - LASSO II, NASA Kennedy Space Center, Florida
LaShelle Spencer
Noetic St... | {
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"title": "Space Crop Considerations for Human Exploration",
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20240007093 | Forecasting with the GEOS-CF System and Other NASA
Resources to Support Air Quality Management
Carl Malings1,2[0000-0002-2242-4328], K. Emma Knowland1,2[0000-0003-0837-8502], Christoph
Keller1,2[0000-0002-0552-4298], Stephen Cohn2[0000-0001-8506-9354], Bryan Duncan2[0000-0002-1123-
2275] and Nathan Pavlovic3[0000-00... | {
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"title": "Forecasting with the GESO-CF System and Other NASA Resources to Support Air Qu... |
20250002266 |
Commercial Satellite Data
Acquisition Program
BlackSky Radiometric & Geometric
Quality Assessment Report
Goddard Space Flight Center
Greenbelt, MD
Commercial Satellite Data Acquisition Program
BlackSky Radiometric & Geometric Q... | {
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"title": "Commercial Satellite Data Acquisition Program: BlackSky Radiometric & Geometric Quality Assessme... |
20240001404 | 1
Aqua MODIS: 20 Years of On-orbit Calibration and Performance
1
2
Xiaoxiong Xiong,a*, Amit Angal,b Tiejun Chang,b Emily Aldoretta, b
3
Xu Geng,b Daniel Link,b Junqiang Sun,b Kevin Twedt,b and Aisheng Wub
4
a Sciences and Exploration Directorate, NASA GSFC, Greenbelt, MD 20771
5
b Science Systems and Appli... | {
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20230011988 | Abstract India is largely devoid of high-quality and reliable on-the-ground measurements of fine
particulate matter (PM2.5). Ground-level PM2.5 concentrations are estimated from publicly available satellite
Aerosol Optical Depth (AOD) products combined with other information. Prior research has largely overlooked
t... | {
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"title": "Automated Machine Learning to Evaluate the Information Content of Tropospheric Trace Gas Col... |
20220006576 |
Citation: McIntire, J.; Xiong, X.;
Butler, J.J.; Angal, A.; Moyer, D.; Ji, Q.;
Schwarting, T.; Link, D.; Sun, C. An
Overall Assessment of JPSS-3 VIIRS
Radiometric Performance Based on
Pre-Launch Testing. Remote Sens.
2022, 14, 1999. https://doi.org/
10.3390/rs14091999
Academic Editor: Carmine Serio
Re... | {
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20220002125 | Scaling photosynthetic function and CO2 dynamics from leaf to canopy level for maize –
dataset combining diurnal and seasonal measurements of vegetation fluorescence,
reflectance and vegetation indices with canopy gross ecosystem productivity
Authors
Petya Campbell1, 2 *, Elizabeth Middleton2, Karl Huemmrich1, ... | {
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20210026034 | Atmos. Chem. Phys., 21, 18333–18350, 2021
https://doi.org/10.5194/acp-21-18333-2021
© Author(s) 2021. This work is distributed under
the Creative Commons Attribution 4.0 License.
Research article
Changes in satellite retrievals of atmospheric
composition over eastern China during the 2020
COVID-19 lockdowns
Robert D. F... | {
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"title": "Changes in Satellite Retrievals of Atmospheric Composition over Eastern China During the 2020 COVID-19 Lo... |
20205007112 | The MODIS RSB calibration and look-up-table delivery
process for Collection 6 and 6.1
Emily J. Aldorettaa, Amit Angala, Kevin A. Twedta, Hongda Chena, Yonghong Lia, Daniel O.
Linka, Qiaozhen Mua, Kevin Vermeeschb, and Xiaoxiong Xiongc
aScience Systems and Applications, Inc., 10210 Greenbelt Road, Lanham, MD 20706, USA
... | {
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"title... |
20200001922 | Global Modeling and Assimilation Office
gmao.gsfc.nasa.gov
GMAO
National Aeronautics and Space Administration
NASA’s High-Resolution GEOS
Forecasting and Reanalysis Products:
Support for TOLNet
K. Emma Knowland
USRA/GESTAR
NASA Global Modeling and Assimilation Office (GMAO)
In collaboration with:
NASA GMAO: Christoph... | {
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"title": "NASA's High-Resolution GEOS Forecasting and Reanalysis Products: Support for TOLNet",
"publicationYear": null,
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20200001546 | In-Time UAV Flight-Trajectory Estimation and Tracking
Using Bayesian Filters
Portia Banerjee
SGT Inc., NASA Ames Research Center
Moffett Field, CA 94035
portia.banerjee@nasa.gov
Matteo Corbetta
SGT Inc., NASA Ames Research Center
Moffett Field, CA 94035
matteo.corbetta@nasa.gov
Abstract—Rapid increase of UAV operation ... | {
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"publicationYear": null,
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20190032148 | Robert R. Romanofsky
Glenn Research Center, Cleveland, Ohio
Optical Array Versus Monolithic Telescope
Ground Station Cost Assessment
NASA/TM—2019-220216
October 2019
NASA STI Program . . . in Profi le
Since its founding, NASA has been dedicated
to the advancement of aeronautics and space science.
The NASA Scientifi c a... | {
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"title": "Optical Array Versus Monolithic Telescope Ground Station Cost Assessment",
"publicationYear": null,
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20190030685 | Assembly and Integrated Systems
Testing for the Flow Boiling and
Condensation Experiment (FBCE)
Jesse deFiebre
Monica Guzik
NASA Glenn Research Center
Thermal & Fluids Analysis Workshop
TFAWS 2019
August 26-30, 2019
NASA Langley Research Center
Hampton, VA
TFAWS Interdisciplinary Paper Session
TFAWS
LaRC 2019
Flow B... | {
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"title": "Assembly and Integrated Systems Testing for the Flow Boiling and Condensation Experiment (FBCE)",
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20190025675 | METHOD FOR TRACKING AND COMMUNICATING AGGREGATE RISK THROUGH
THE USE OF MODEL-BASED SYSTEMS ENGINEERING (MBSE) TOOLS
Scott Darpel(1), Sean Beckman(1), Tim Ferlin(1), Maria Havenhill(1), Edith Parrot (2), Kathy Harcula(3)
(1)Program & Projects Assurance Division, NASA John H. Glenn Research Center, 21000 Brookpark Rd... | {
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"doi": null,
"filename": "20190025675.pdf",
"title": "Method for Tracking and Communicating Aggregate Risk Through the Use of Model-Based Systems Engineering (MBSE) Tools",
"publicationYear": null,
"cen... |
20190026735 | 1
MODIS Reflective Solar Bands
On-orbit Calibration and Performance
Xiaoxiong Xiong∗, Amit Angal†, Kevin Twedt†, Hongda Chen†,
Daniel Link†, Xu Geng†, Emily Aldoretta† and Qiaozhen Mu†
∗Sciences and Exploration Directorate, NASA/GSFC, Greenbelt, MD 20771
†Science Systems and Applications, Inc., 10210 Greenbelt Road, Lan... | {
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"title": "MODIS Reflective Solar Bands On-Orbit Calibration and Performance",
"publicationYear": null,
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20190000689 | Optical software defined radio transmitter extinction
ratio enhancement with differential pulse carving
Nicholas C. Lantz, Jennifer M. Nappier,, Brian E. Vyhnalek, Sarah A. Tedder
NASA Glenn Research Center
ARCHETECTURE
INTRODUCTION
RESULTS
CONCLUSIONS
SPIE Photonics West 2019, San Francisco, CA
A unique challenge i... | {
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"title": "Optical Software Defined Radio Transmitter Extinction Ratio Enhancement with Differential Pulse Carving",
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20190028348 | 1
Earth Science Technology Office (ESTO)
New Observing Strategies (NOS)
and NOS-Testbed (NOS-T)
05/21/2019
Jacqueline Le Moigne
Mike Little
Marge Cole
Advanced Information Systems Technology (AIST) Program
2
ESTO/AIST Objectives
• AIST
– Advanced Information Systems Technology Program
– Part of the Earth Science Techn... | {
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"title": "Earth Science Technology Office (ESTO) New Observing Strategies (NOS) and NOS-Testbed (NOS-T)",
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20190025712 | Optical software defined radio transmitter extinction ratio
enhancement with differential pulse carving
Nicholas C. Lantz*a, Jennifer M. Nappiera, Brian E. Vyhnaleka , Sarah A. Teddera
aNASA Glenn Research Center, 21000 Brookpark Rd, Cleveland, OH, USA 44135-3191
ABSTRACT
The purpose of this study is to investig... | {
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20180007466 | Lynx, one of the four mission concepts under consideration for the next Astrophysics Decadal Review, will include a microcalorimeter array consisting of
more than 100,000 pixels in a compact arrangement with absorber pitch as small as 25 microns. In order to realize the desired array scale, fine-pitch multi-
level supe... | {
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"url": "https://ntrs.nasa.gov/api/citations/20180007466/downloads/20180007466.pdf",
"doi": null,
"filename": "20180007466.pdf",
"title": "Integration of Multilevel Superconducting Buried Wiring Layers with Transition-Edge Sensor Detectors for Large Scale Arrays",
"publicationYear": null,... |
20180004610 | Recent NASA Wake Surfing Flight Research
EXPERIMENTAL MEASUREMENTS OF FUEL SAVINGS
DURING AIRCRAFT WAKE SURFING
C URT H ANSON, J OE PAHLE, J AMES R EYNOLDS, S TEPHANIE A NDRADE, N ELSON B ROWN
NASA A RMSTRONG F LIGHT R ESEARCH C ENTER
EXPERIMENTAL MEASUREMENTS OF PASSENGER RIDE
QUALITY DURING AIRCRAFT WAKE SURFING
C... | {
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"doi": null,
"filename": "20180004610.pdf",
"title": "Recent NASA Wake Surfing Flight Research",
"publicationYear": null,
"center": {
"code": "AFRC",
"name": "Armstrong Flight Research Center",
... |
20200002536 | AUTOMATED FIBER PLACEMENT DEFECT IDENTITY
CARDS: CAUSE, ANTICIPATION, EXISTENCE,
SIGNIFICANCE, AND PROGRESSION
Ramy Harik1, Clint Saidy 1, Stephen J. Williams 1, Zafer Gurdal1 and Brian Grimsley2
1 McNAIR Center for Aerospace Innovation and Research, Department of Mechanical
Engineering, College of Engineering and... | {
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"url": "https://ntrs.nasa.gov/api/citations/20200002536/downloads/20200002536.pdf",
"doi": null,
"filename": "20200002536.pdf",
"title": "Automated Fiber Placement Defect Identity Cards: Cause, Anticipation, Existence, Significance, and Progression",
"publicationYear": null,
"center": ... |
20180001944 | Nathaniel Lee and Bryan W. Welch
Glenn Research Center, Cleveland, Ohio
Improvements to Integrated Tradespace Analysis of
Communications Architectures (ITACA) Network
Loading Analysis Tool
NASA/TM—2018-219779
March 2018
NASA STI Program . . . in Profi le
Since its founding, NASA has been dedicated
to the advancement ... | {
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"doi": null,
"filename": "20180001944.pdf",
"title": "Improvements to Integrated Tradespace Analysis of Communications Architectures (ITACA) Network Loading Analysis Tool",
"publicationYear": null,
"cen... |
20230018166 | 4K High Definition Video and Audio Streaming
Across High-rate Delay Tolerant Space Networks
Kyle J. Vernyi ∗
NASA Glenn Research Center, Cleveland, Ohio, 44135
Dr. Daniel E. Raible†
NASA Glenn Research Center, Cleveland, Ohio 44135
Audio and video streaming across delay tolerant networks are relatively new phenomena.
D... | {
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"doi": null,
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"title": "4K High Definition Video and Audio Streaming Across High-rate Delay Tolerant Space Networks",
"publication... |
20180008433 | By Sarah Gomez
NASA Stennis Space Center – Center Operations
RA10: Design and Construction Project Management
Sarah Gomez
San Diego State University
Mechanical Engineering Senior
•
Working on autonomous underwater vehicles
for international RoboSub competition
•
FIRST Robotics Competition Alumni
•
Hope to be working... | {
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"url": "https://ntrs.nasa.gov/api/citations/20180008433/downloads/20180008433.pdf",
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"title": "Tagging Components in the Test Complex Area",
"publicationYear": null,
"center": {
"code": "SSC",
"name": "Stennis Space Center",
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20160003887 | Geocam Space: Enhancing Handheld Digital Camera Imagery from the International Space Station for
Research and Applications
William L. Stefanov1, Yeon Jin Lee2, Michael Dille2
1Earth Science and Remote Sensing Unit, NASA Johnson Space Center, Houston, TX; 2Stinger Ghaffarian
Technologies, Inc., Intelligent Robotics ... | {
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"title": "Geocam Space: Enhancing Handheld Digital Camera Imagery from the International Space Station for Research and Applications",
"publicationYear": null,
... |
20160011964 | Robert M. Manning
Glenn Research Center, Cleveland, Ohio
Real-Time Identification and Control of Satellite
Signal Impairments—Solution and Application
of the Stratonovich Equation
Part 1. Theoretical Development
NASA/TM—2016-219114
September 2016
NASA STI Program . . . in Profile
Since its founding, NASA has been dedi... | {
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"doi": null,
"filename": "20160011964.pdf",
"title": "Real-time Identification and Control of Satellite Signal Impairments Solution and Application of the Stratonovich Equation Part 1. Theoretical Developme... |
20150016953 | Submitted to the SpaceOps 2016 Conference, Seoul, South Korea, May 2016
HUMAN FLIGHT TO LUNAR AND BEYOND – RE-LEARNING OPERATIONS PARADIGMS
Ted Kenny1 and Joseph Statman2
ABSTRACT3
For the first time since the Apollo era, NASA is planning on se... | {
"source": "NTRS",
"url": "https://ntrs.nasa.gov/api/citations/20150016953/downloads/20150016953.pdf",
"doi": null,
"filename": "20150016953.pdf",
"title": "Human Flight to Lunar and Beyond - Re-Learning Operations Paradigms",
"publicationYear": null,
"center": {
"code": "JSC",
"name": "Johnson S... |
20150002998 | Todd Quasny
Stinger Ghaffarian Technologies (SGT)
todd.quasny‐1@nasa.gov
Improving Space Operations Workshop – Abstract
Using Empirical Models for Communication Prediction of Spacecraft
A viable communication path to a spacecraft is vital for its successful operation. For human
spaceflight, a reliable and pred... | {
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"filename": "20150002998.pdf",
"title": "Using Empirical Models for Communication Prediction of Spacecraft",
"publicationYear": null,
"center": {
"code": "JSC",
"name": "Johnson Spa... |
20160003303 | User interaction with CNPC link
Alan Hobbs
San Jose State University/NASA Ames Research Center
Elizabeth A. Lyall
Research Integrations, Inc.
National Aeronautics and Space Administration
www.nasa.gov
NASA UAS
Integration in
National Airspace
Project
Separation
Assurance
Communications
Human Systems
... | {
"source": "NTRS",
"url": "https://ntrs.nasa.gov/api/citations/20160003303/downloads/20160003303.pdf",
"doi": null,
"filename": "20160003303.pdf",
"title": "User Interaction with the CNPC Link",
"publicationYear": null,
"center": {
"code": "ARC",
"name": "Ames Research Center",
"id": "4540cd9... |
20130014518 | NASA Tech Briefs, December 2013
7
CFD Extraction Tool
for TecPlot From DPLR
Solutions
This invention is a TecPlot macro of a
computer program in the TecPlot pro-
gramming language that processes data
from DPLR solutions in TecPlot format.
DPLR (Data-Parallel Line Relaxation) is
a NASA computational fluid dynamics
(CF... | {
"source": "NTRS",
"url": "https://ntrs.nasa.gov/api/citations/20130014518/downloads/20130014518.pdf",
"doi": null,
"filename": "20130014518.pdf",
"title": "Enhanced Contact Graph Routing (ECGR) MACHETE Simulation Model",
"publicationYear": null,
"center": {
"code": "HQ",
"name": "Headquarters",
... |
20160004038 | i
NASA/CP—2016–219090
43rd Aerospace Mechanisms Symposium
Compiled/Edited by: Edward A. Boesiger
Proceedings of a symposium held at
Biltmore Hotel, Santa Clara, CA
Hosted by the NASA Ames Research Center and
Lockheed Martin Space Systems Company
Sponsore... | {
"source": "NTRS",
"url": "https://ntrs.nasa.gov/api/citations/20160004038/downloads/20160004038.pdf",
"doi": null,
"filename": "20160004038.pdf",
"title": "43rd Aerospace Mechanisms Symposium",
"publicationYear": null,
"center": {
"code": "ARC",
"name": "Ames Research Center",
"id": "4540cd9... |
20140011750 |
Contents
Astromaterials Research and Exploration Science Directorate ......................................................1
Eileen K. Stansbery, Ph.D.
Astromaterials Research Office (KR) ................................................................................................3
Overview ................ | {
"source": "NTRS",
"url": "https://ntrs.nasa.gov/api/citations/20140011750/downloads/20140011750.pdf",
"doi": null,
"filename": "20140011750.pdf",
"title": "ARES Biennial Report 2012 Final",
"publicationYear": null,
"center": {
"code": "JSC",
"name": "Johnson Space Center",
"id": "dd46994b91a... |
20150019889 | 4112
IEEE TRANSACTIONS ON GEOSCIENCE AND REMOTE SENSING, VOL. 52, NO. 7, JULY 2014
On-Orbit Characterization of MODIS Modulation
Transfer Function Using the Moon
Zhipeng Wang, Xiaoxiong Xiong, Taeyoung Choi, and Daniel Link
Abstract—The high-contrast edge of the Moon has been used
for the on-orbit measurement of the mo... | {
"source": "NTRS",
"url": "https://ntrs.nasa.gov/api/citations/20150019889/downloads/20150019889.pdf",
"doi": "10.1109/TGRS.2013.2279610",
"filename": "20150019889.pdf",
"title": "On-Orbit Characterization of MODIS Modulation Transfer Function Using the Moon",
"publicationYear": null,
"center": {
"co... |
20130014442 | 22
NASA Tech Briefs, August 2013
alone servers that are commonly used in
the JPL AMMOS environment. The
DISA-SS reusable components have
greatly reduced the effort for each
AMMOS subsystem to develop its own
access control strategy.
The novelty of this work is that it lever-
ages an open-source access management
produc... | {
"source": "NTRS",
"url": "https://ntrs.nasa.gov/api/citations/20130014442/downloads/20130014442.pdf",
"doi": null,
"filename": "20130014442.pdf",
"title": "Bilayer Protograph Codes for Half-Duplex Relay Channels",
"publicationYear": null,
"center": {
"code": "JPL",
"name": "Jet Propulsion Labora... |
20140002447 |
American Institute of Aeronautics and Astronautics
1
Understanding Crew Decision Making in the Presence of
Complexity – A Flight Simulation Experiment
Steven D. Young1, Taumi S. Daniels2, and Emory (Tom) Evans3
NASA Langley Research Center, Hampton, VA, 23681
Maarten Uijt de Haag4 and Pengfei (Phil) Duan5
... | {
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"url": "https://ntrs.nasa.gov/api/citations/20140002447/downloads/20140002447.pdf",
"doi": null,
"filename": "20140002447.pdf",
"title": "Understanding Crew Decision-Making in the Presence of Complexity: A Flight Simulation Experiment",
"publicationYear": null,
"center": {
"code": ... |
20140002973 |
PUBLIC HEALTH APPLICATIONS OF REMOTELY-SENSED ENVIRONMENTAL
DATASETS FOR THE CONTERMINOUS UNITED STATES
Mohammad Al-Hamdan1, William Crosson1, Sigrid Economou2, Maurice Estes Jr1, Sue Estes1,
... | {
"source": "NTRS",
"url": "https://ntrs.nasa.gov/api/citations/20140002973/downloads/20140002973.pdf",
"doi": null,
"filename": "20140002973.pdf",
"title": "Public Health Applications of Remotely-sensed Environmental Datasets for the Conterminous United States",
"publicationYear": null,
"center": {
"... |
20140013225 |
Abstract— The Next Generation Air Transportation System (NextGen) and Europe’s
Single European Sky ATM Research (SESAR) concepts require an increased use of
trajectory-based operations, including extensive strategic air traffic control clearances.
The clearances are lengthy and complex, whi... | {
"source": "NTRS",
"url": "https://ntrs.nasa.gov/api/citations/20140013225/downloads/20140013225.pdf",
"doi": null,
"filename": "20140013225.pdf",
"title": "An Investigation of Flight Deck Data Link in the Terminal Area",
"publicationYear": null,
"center": {
"code": "ARC",
"name": "Ames Research ... |
20130013813 | NASA Tech Briefs, June 2013
5
Technology Focus: Data Acquisition
CAR (cloud absorption radiometer) ac-
quires spatial reference data from host air-
craft navigation systems. This poses various
problems during CAR data reduction, in-
cluding navigation data format, accuracy
of position data, accuracy of airframe iner-
t... | {
"source": "NTRS",
"url": "https://ntrs.nasa.gov/api/citations/20130013813/downloads/20130013813.pdf",
"doi": null,
"filename": "20130013813.pdf",
"title": "Cloud Absorption Radiometer Autonomous Navigation System - CANS",
"publicationYear": null,
"center": {
"code": "GSFC",
"name": "Goddard Spac... |
20130013389 | Thermal Imaging for Assessment of Electron-Beam Free Form
Fabrication (EBF3) Additive Manufacturing Welds
Joseph N. Zalameda*a, Eric R. Burkea, Robert A. Hafleya, Karen M-B. Tamingera, Christopher S.
Domackb, Amy Brewerc and Richard E. Martina
aNASA Langley Research Center Hampton, VA 23681-2199;
bA... | {
"source": "NTRS",
"url": "https://ntrs.nasa.gov/api/citations/20130013389/downloads/20130013389.pdf",
"doi": null,
"filename": "20130013389.pdf",
"title": "Thermal Imaging for Assessment of Electron-Beam Free Form Fabrication (EBF(sup 3)) Additive Manufacturing Welds",
"publicationYear": null,
"center":... |
20130003176 | USING NASA REMOTELY SENSED DATA TO HELP CHARACTERIZE ENVIRONMENTAL
RISK FACTORS FOR NATIONAL PUBLIC HEALTH APPLICATIONS
Mohammad Al-Hamdan1, William Crosson1, Sigrid Economou2, Maurice Estes Jr1, Sue Estes1, Sarah
Hemmings1, Shia Kent3, Mark Puckett2, Dale Quattrochi4, Gina Wade5, Leslie McClure3
1Universities ... | {
"source": "NTRS",
"url": "https://ntrs.nasa.gov/api/citations/20130003176/downloads/20130003176.pdf",
"doi": null,
"filename": "20130003176.pdf",
"title": "Using NASA Remotely Sensed Data to Help Characterize Environmental Risk Factors for National Public Health Applications",
"publicationYear": null,
"... |
20130003172 | American Geophysical Union Fall Meeting
San Francisco, CA, December 3, 2012
Mohammad Al-Hamdan, William Crosson, Maury Estes, Sue Estes,
Sarah Hemmings, Dale Quattrochi
Universities Space Research Association and Earth Science Office at
NASA Marshall Space Flight Center, Huntsville, AL
Leslie McClure, Shia Kent
School... | {
"source": "NTRS",
"url": "https://ntrs.nasa.gov/api/citations/20130003172/downloads/20130003172.pdf",
"doi": null,
"filename": "20130003172.pdf",
"title": "Using NASA Remotely Sensed Data to Help Characterize Environmental Risk Factors for National Public Health Applications",
"publicationYear": null,
"... |
20120013608 | MgB,-BASED BOLOMETER ARRAY FOR FAR INFRA-RED THERMAL IMAGING MolD FOURIER
TRANSFORM SPECTROSCOPY APPLICATIONS. B. Lakew', S. Aslam", J. Brasunas', 'NASA, GSFC,
Planetary Systems Laboratory, Greenbelt, MD 20771, USA, .e-mail contact: shabid.aslam-I@nasa.gov.
Introduction:
The mid-superconducting critical
temperatur... | {
"source": "NTRS",
"url": "https://ntrs.nasa.gov/api/citations/20120013608/downloads/20120013608.pdf",
"doi": null,
"filename": "20120013608.pdf",
"title": "MgB2-Based Bolometer Array for Far Infra-Red Thermal Imaging and Fourier Transform Spectroscopy Applications",
"publicationYear": null,
"center": {
... |
20120015863 | Overview of Aqua MODIS lO-yearOn-orbit Calibration and Performance
X. xionl, B. Wenny', 1. Sun', A. Wu', H. Chen', A. Angal', T. Choi', S. Madhavan3, X. Geng', D.
Link', G. Toller', W. Barnes', and V. Salomonson5,
[Sciences and Exploration Directorate, NASAlOSFC, Greenbelt, MD 20771, USA
2Sigma Space Co., 4801 Forb... | {
"source": "NTRS",
"url": "https://ntrs.nasa.gov/api/citations/20120015863/downloads/20120015863.pdf",
"doi": null,
"filename": "20120015863.pdf",
"title": "Overview of Aqua MODIS 10-year On-orbit Calibration and Performance",
"publicationYear": null,
"center": {
"code": "GSFC",
"name": "Goddard ... |
20120015289 | A sounding rocket mission concept to acquire high-resolution radiometric spectra spanning the 9
nm - 31 nm wavelength range
L. Habash Krause1, Jonathan Cirtain1, Michael McGuirck2, Steven
Pavelitz3, Ed Weber1, and Amy Winebarger1.
1. NASA/MSFC, ZP13
2. MIT Lincoln Laboratory
3. NASA MSFC, ZP34
Abstract -- When studying... | {
"source": "NTRS",
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"doi": null,
"filename": "20120015289.pdf",
"title": "A Sounding Rocket Mission Concept to Acquire High-Resolution Radiometric Spectra Spanning the 9 nm - 31 nm Wavelength Range",
"publicationYear": null,... |
20120008717 | ABSTRACT FINAL ID: A22D-01;
TITLE: Using satellite aerosol retrievals to monitor surface particulate air quality
(Invited)
SESSION TYPE: Oral
SESSION TITLE: A22D. Remote Sensing of Trace Gases and Aerosols: Air
Quality Applications III
AUTHORS (FIRST NAME, LAST NAME): Robert C Levyl, 2, Lorraine A
Remer2, Ralph ... | {
"source": "NTRS",
"url": "https://ntrs.nasa.gov/api/citations/20120008717/downloads/20120008717.pdf",
"doi": null,
"filename": "20120008717.pdf",
"title": "Using Satellite Aerosol Retrievals to Monitor Surface Particulate Air Quality",
"publicationYear": null,
"center": {
"code": "GSFC",
"name":... |
20120003997 |
Linking NASA Environmental Data with a National Public Health Cohort Study and a
CDC on-line System to Enhance Public Health Decision Making
Mohammad Al-Hamdan1, William Crosson1, Sigrid Economou2, Maurice Estes Jr1, Sue Estes1, Sarah
Hemmings1, Shia Kent3, Mark Puckett2, Dale Quattrochi4, Gina Wade1, Leslie McC... | {
"source": "NTRS",
"url": "https://ntrs.nasa.gov/api/citations/20120003997/downloads/20120003997.pdf",
"doi": null,
"filename": "20120003997.pdf",
"title": "Linking NASA Environmental Data with a National Public Health Cohort Study and a CDC On-Line System to Enhance Public Health Decision Making",
"public... |
20110015840 |
USING NASA REMOTELY SENSED DATA TO HELP CHARACTERIZE
ENVIRONMENTAL RISK FACTORS FOR NATIONAL PUBLIC HEALTH
APPLICATIONS
AL-HAMDAN Mohammad1, CROSSON William1, ECONOMOU Sigrid2, ESTES JR
Maurice1, ESTES Sue1, HEMMINGS Sarah1, KENT Shia3, QUATTROCHI Dale4,
WADE Gina5, MCCLURE Leslie3
1USRA at NASA Marshall Sp... | {
"source": "NTRS",
"url": "https://ntrs.nasa.gov/api/citations/20110015840/downloads/20110015840.pdf",
"doi": null,
"filename": "20110015840.pdf",
"title": "Using NASA Remotely Sensed Data to Help Characterize Environmental Risk Factors for National Public Health Applications",
"publicationYear": null,
"... |
20120000438 | NASA Tech Briefs, September 2011
49
images are then displayed on a Web page
using customized JAVA scripts to display
the appropriate zone of the orbiter
based on the location of the user’s cur-
sor. The close-up graphic and database
entry for that particular zone can then
be seen by selecting the zone. This page
contai... | {
"source": "NTRS",
"url": "https://ntrs.nasa.gov/api/citations/20120000438/downloads/20120000438.pdf",
"doi": null,
"filename": "20120000438.pdf",
"title": "CCSDS Advanced Orbiting Systems Virtual Channel Access Service for QoS MACHETE Model",
"publicationYear": null,
"center": {
"code": "JPL",
"... |
20110006377 | Eric Miller
General Dynamics Advanced Information Systems, Vandenberg Air Force Base, California
Phillip E. Paulsen
Glenn Research Center, Cleveland, Ohio
Michael Pasciuto
Goddard Space Flight Center, Greenbelt, Maryland
Autonomous Satellite Operations Via
Secure Virtual Mission Operations Center
NASA/TM—2011-216944... | {
"source": "NTRS",
"url": "https://ntrs.nasa.gov/api/citations/20110006377/downloads/20110006377.pdf",
"doi": null,
"filename": "20110006377.pdf",
"title": "Autonomous Satellite Operations Via Secure Virtual Mission Operations Center",
"publicationYear": null,
"center": {
"code": "GRC",
"name": "... |
20100033558 | NASA Tech Briefs, September 2010
53
SMART is a uniform automated dis-
crepancy analysis and repair-authoring
platform that improves technical accu-
racy and timely delivery of repair proce-
dures for a given discrepancy (see figure
a). SMART will minimize data errors,
create uniform repair processes, and en-
hance the... | {
"source": "NTRS",
"url": "https://ntrs.nasa.gov/api/citations/20100033558/downloads/20100033558.pdf",
"doi": null,
"filename": "20100033558.pdf",
"title": "Systems Maintenance Automated Repair Tasks (SMART)",
"publicationYear": null,
"center": {
"code": "KSC",
"name": "Kennedy Space Center",
... |
20110009960 | 1
Orbit Determination of Spacecraft in Earth-Moon L1 and L2 Libration Point Orbits
Mark Woodard (1), Daniel Cosgrove (2), Patrick Morinelli (3),
Jeff Marchese (4), Brandon Owens (5), David Folta (6)
(1) NASA/GSFC, Code 595, Greenbelt, MD, 20771 USA, +1.301.286.9611, mark.woodard@nasa.gov
(2 )UCB/SSL, 7 Gauss ... | {
"source": "NTRS",
"url": "https://ntrs.nasa.gov/api/citations/20110009960/downloads/20110009960.pdf",
"doi": null,
"filename": "20110009960.pdf",
"title": "Orbit Determination of Spacecraft in Earth-Moon L1 and L2 Libration Point Orbits",
"publicationYear": null,
"center": {
"code": "GSFC",
"nam... |
20110002871 |
American Institute of Aeronautics and Astronautics
1
The Crucial Role of Error Correlation for Uncertainty
Modeling of CFD-Based Aerodynamics Increments
Michael J. Hemsch* and Eric L. Walker†
NASA Langley Research Center, Hampton, VA, 23681
The Ares I ascent aerodynamics database for Design Cycle 3 (DAC-3)... | {
"source": "NTRS",
"url": "https://ntrs.nasa.gov/api/citations/20110002871/downloads/20110002871.pdf",
"doi": null,
"filename": "20110002871.pdf",
"title": "The Crucial Role of Error Correlation for Uncertainty Modeling of CFD-Based Aerodynamics Increments",
"publicationYear": null,
"center": {
"code... |
20090040068 | NASA Tech Briefs, November 2009
9
Electronics/Computers
A new approach has been proposed
for increasing astronaut comfort and
speech capture. Currently, the special
design of a spacesuit forms an extreme
acoustic environment making it difficult
to capture clear speech without compro-
mising comfort. The current system,... | {
"source": "NTRS",
"url": "https://ntrs.nasa.gov/api/citations/20090040068/downloads/20090040068.pdf",
"doi": null,
"filename": "20090040068.pdf",
"title": "Hardware Implementation of a Bilateral Subtraction Filter",
"publicationYear": null,
"center": {
"code": "JPL",
"name": "Jet Propulsion Labo... |
20090020547 | NASA Tech Briefs, May 2009
7
dimension of patches produces the re-
quired frequencies.
To achieve excellent polarization iso-
lation and control of antenna sidelobes
for the MSPA, the orientation of each
stacked-patch element within the array is
optimized to reduce the cross-polariza-
tion. A specialized feed-distribut... | {
"source": "NTRS",
"url": "https://ntrs.nasa.gov/api/citations/20090020547/downloads/20090020547.pdf",
"doi": null,
"filename": "20090020547.pdf",
"title": "Wireless Avionics Packet to Support Fault Tolerance for Flight Applications",
"publicationYear": null,
"center": {
"code": "JPL",
"name": "J... |
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