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USSR Report, Space

NTIS | 1984

on 'Prognoz-9' and Astron' Satellites, Development of Space Holography, Joint Soviet-American Project for Detection of Gravitational Waves ...

Keywords: Gravity waves

Toward a Space based Gravitational Wave Observatory

Stebbins R. T. | NTIS | 2015

Keywords: Gravitational waves , Gravity waves

Technology Development Roadmap: A Technology Development Roadmap for a Future Gravitational Wave Mission

J. Camp / J. Conklin / P. Bender et al. | NTIS | 2013

Humankind will detect the first gravitational wave (GW) signals from the Universe in the current decade using ground-based detectors. But ...

Keywords: Gravitational waves

Space Based Gravitational Wave Observatories (SGOs)

J. Livas | NTIS | 2014

Space-based Gravitational-wave Observatories (SGOs) will enable the systematic study of the frequency band from 0.0001 - 1 Hz of ...

Keywords: Gravitational waves

SGO LOWEST: Cost Savings Through Payload Reduction in a Linear Configuration

J. Baker | NTIS | 2011

Keywords: Gravitational waves , Gravity waves

Searching for the Origin of the High-Energy Emission from GRB 170817A

D. Kocevski | NTIS | 2019

Keywords: Gravitational waves

Searching for EM Signals Coincident with aLIGO GW Candidates Using the Fermi GBM

T. B. Littenberg | NTIS | 2017

Keywords: Gravitational waves

Progress Towards a Space-Based Gravitational-Wave Observatory Since 2010

R. T. Stebbins | NTIS | 2015

Keywords: Gravitational waves

NASA's Preparations for ESA's L3 Gravitational Wave Mission

Stebbins R. | NTIS | 2016

Keywords: Gravitational waves

Marshall Space Flight Center Gravity Network

W. M. Greene | NTIS | 1969

Keywords: Seismic waves , Gravitational fields

Looking Ahead at Ligo's 2nd Observing Campaign

T. B. Littenberg | NTIS | 2016

Keywords: Gravitational waves

Light from Merging Neutron Stars

C. Wilson-Hodge | NTIS | 2017

Keywords: Gravitational waves

Laboratory Simulation of Lunar Surface Erosion by Rockets

D. W. Conner / N. S. Land | NTIS | 1967

Keywords: Lunar gravitational effects , Shock waves

Independent Reliability Assessment of the NASA GSFC Laser Transmitter for the LISA Program

U. N. Singh / S. Horan / C. Antill et al. | NTIS | 2022

each spacecraft, provides a tool for scientists to directly detect gravitational waves generated from various astronomical phenomena in a ...

Improved Gravity Model for Mars: Goddard Mars Model-1 (GMM-1)

D. E. Smith / F. J. Lerch / R. S. Nerem et al. | NTIS | 1993

Doppler tracking data of three orbiting spacecraft have been reanalyzed to develop a new gravitational field model for the planet Mars, GMM ...

Keywords: Gravitational fields

Gravity Field of Mercury After the Messenger Low-Altitude Campaign

E. Mazarico / A. Genova / S. Goossens et al. | NTIS | 2015

sensitivity to the short-wavelength gravity field, but only when the spacecraft is in view of Earth. After more than 3 years in orbit around Mercury ...

Keywords: Gravitational fields

Geopotential Models of the Earth from Satellite Tracking, Altimeter and Surface Gravity Observations: GEM-T3 and GEM-T3s

F. J. Lerch / R. S. Nerem / B. H. Putney et al. | NTIS | 1992

Improved models of the Earth's gravitational field have been developed from conventional tracking data and from a combination of satellite ...

Keywords: Gravitational fields

Generation and Reduction of the Data for the Ulysses Gravitational Wave Experiment

R. Agresti / P. Bonifazi / L. Iess et al. | NTIS | 1987

Determination Program. The software package was developed in view of the data analysis of the gravitational wave experiment planned for the European ...

Keywords: Gravitational waves

Gamma-Ray Survey of our Universe

C. M. Hui | NTIS | 2016

Keywords: Gravitational waves