Gravitational Wave Frequency Range for the LISA Mission
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Gravitational Wave Frequency LISA Laser Interferom↗
SEARCH · Engineering Papers
Results for “GRAVITATION”
Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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LISA as a Xylophone Interferometer Detector of Gravitational Radiation
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LISA gravitational radiation interferometer detect↗
LISA as a Xylophone Interferometer Detector of Gravitational Radiation
A filtering technique, for reducing the frequency fluctuations of the laser entering into the two-way Doppler tracking data measured with two spacecraft, is discussed.
Filtering doppler Gravitational Radiation xylophon↗
Spacecraft Doppler Tracking as a Narrow-Band Detector of Gravitational Waves
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Doppler Tracking Gravitational Waves↗
Search for Gravitational Wave Bursts by Simultaneous Doppler Tracking of three Interplanetary Spacecraft
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Gravitation Doppler Tracking Interplanetary Spacec↗
Narrow-Band Searches for Gravitational Radiation With Spacecraft Doppler Tracking
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Gravitational Radiation Spacecraft Doppler↗
Spacecraft-Spacecraft Doppler Tracking as a Xylophone Interferometer Detector of Gravitational Radiation
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doppler tracking gravitational radiation↗
(abstract) Gravitational Constraints on the Internal Structure of the Galilean Satellites
Before the arrival of the Galileo spacecraft in the jovian system, there was little information on the interior structures of Jupiter's four Galilean satellites. Results obtained during the Galileo Mission are described.
Galileo Mission Galilean satellites Jupiter Io Eur↗
SAGITTARIUS: A Space Gravitational Wave Mission
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SAGITTARIUS mission Michelson interferometers grav↗
5-GHz VLBI Imaging of the Gravitational Lens PKS 1830-211
The strong radio source PKS 1830-211 consists of two compact components located on opposite sides of a fainter ring of radio emission 1 arcsecond in diameter.
propagation delays↗
Time-Delay Interferometry for Space-based Gravitational Wave Searches
Ground-based, equal-arm-length laser interferometers are being built to measure high-frequency astrophysical graviatational waves. Because of the arm-length equality, laser light experiences the same delay in each arm and thus phase or frequency noise from the laser itself precisely cancels at the photodetector.
gravitational wave searches time-delay interferome↗
HST Imaging Polarimetry of the Gravitational Lens FSC10214+4724
This paper reports the results of imaging polarimetry of FSC10214+4724, carried out in the continuum at an observed wavelength of 437nm using the HST's Faint Object Camera (FOC).
FSC10214+4724↗
A New Estimate of Hubble's Constant From The Gravitational Lens PKS 1830-211
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Gravitational Lens NICMOS VBLI morphology↗
Cancellation of Laser Noise in an Unequal-arm Interferometer Detector of Gravitational Radiation
In this paper we present a method for exactly cancelling the laser noise in a one-bounce unequal-arm Michelson interferometer. The method requries separate measurements of the phase difference in each arm, made by interfering the returning laser light in each arm with the outgoing light.
gravitational radiation laser noise unequal-arm Mi↗
Discriminating a gravitational wave background from instrumental noise in the LISA interferometric detector
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gravitational radiation↗
Massive star formation in a gravitationally-lensed H II galaxy at z=3.357
The Lynx arc, with a redshift of 3.357, was discovered during spectroscopic follow-up of the z=0.570 cluster RX J0848+4456 from the ROSAT Deep Cluster Survey. The arc is characterized by a very red R - K color and strong, narrow emission lines.
star formation gravitationally-lensed↗
Low-frequency gravitational wave searches using spacecraft Doppler tracking
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gravitational waves↗
A Non-Drag-Free Gravitational-Wave Mission Architecture
No abstract available
Laser Interferometer Space Antenna.(LISA)↗