The Global Oscillation Network Group (GONG) Project will place a network of instruments around the world to observe solar oscillations as continuously as...
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PublicaciónThe Global Oscillation Network Group site survey, 2: Results
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PublicaciónThe global oscillation spectrum of the sun. I - Analysis of daily power spectra of velocity measurements
Daily observations of solar global oscillations using a resonant scattering spectrometer have been obtained by observing integral sunlight during the summer...
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PublicaciónThe global oscillation spectrum of the sun. II - The observed low L high N solar p-mode spectrum
Using data from observing seasons 1977 through 1984, an analysis of the low l, high n p-mode solar spectra is made with a 0.9 μHz resolution. Frequencies and...
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PublicaciónThe GONG site survey.
The Global Oscillation Network Group (GONG) project is planning to place six observing stations around the world to observe the solar oscillations as...
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PublicaciónThe K 769.9 NM line profile
The observation of a solar absorption line by means of resonant scattering over several months in the study of solar oscillations, yields data which may be...
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PublicaciónThe observed background solar velocity noise
Using accurate radial velocity observations of integral sunlight, the background solar velocity noise has been measured at different frequencies of interest for...
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PublicaciónThe phase function for stellar acoustic oscillations. II - Effects of filtering
Frequencies of solar acoustic oscillations can be analyzed asymptotically in terms of a function determined by the sound speed in the bulk of the sun and a...
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PublicaciónThe radial velocity of the sun as a star and the solar cycle
Radial velocity measurements of the sun as a star using a resonant scattering spectrometer have been obtained at Izaña (Tenerife) during long observing seasons...
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PublicaciónThe rotation of the solar core
The solar p-mode spectrum of very low l has already been measured with high accuracy for a sufficiently long period of time to permit the search for solar cycle...