Results 211 to 220 of about 14,717 (257)
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Rotating convection and the solar differential rotation
Solar Physics, 1994We discuss the implication of a numerical experiment on rotating convection and its relevance to the construction of a model for the solar differential rotation.
Chan, K.L., Mayr, H.G.
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Solar Differential Rotation and Oblateness
Science, 1969An investigation of the time development of differential rotation produced by the solar wind torque indicates that the sun has a rapidly rotating core.
A, Clark, J H, Thomas, P A, Clark
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1986
It is pointed out that the solar rotation curve published by Duvall et al. has been obtained without considering the accuracy of the observations. When the limited accuracy, of the order of 10−2, is taken into account, it is found that the data are compatible with a nearly solid rotation and that they do not contain enough information to give any ...
M. Gabriel, F. Nemry
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It is pointed out that the solar rotation curve published by Duvall et al. has been obtained without considering the accuracy of the observations. When the limited accuracy, of the order of 10−2, is taken into account, it is found that the data are compatible with a nearly solid rotation and that they do not contain enough information to give any ...
M. Gabriel, F. Nemry
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2020
As the population of India grows exponentially day by day, there is an equal rise in energy demand to meet the needs of the masses. Moreover, we have very low amounts of non-renewable energy resources. So, the most viable alternative is to effectively use the renewable sources of energy.
Odugu Rama devi +2 more
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As the population of India grows exponentially day by day, there is an equal rise in energy demand to meet the needs of the masses. Moreover, we have very low amounts of non-renewable energy resources. So, the most viable alternative is to effectively use the renewable sources of energy.
Odugu Rama devi +2 more
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Rapid Rotation of the Solar Interior
Science, 1967A model proposed for the sun apparently can account for the maintenance of photospheric rotation against deceleration by the solar wind. The rotational period is about half a day near the top of the radiative mass, and 1.6 times shorter at the center.
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2006
The secular evolution of the stellar rotation through angular momentum loss, driven by the stellar wind, and the consequences of the angular momentum transfers between orbit and spinning components in binary star systems will be reviewed with the special emphasis on the Solar rotation.
FİLİZ AK, Nurten +2 more
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The secular evolution of the stellar rotation through angular momentum loss, driven by the stellar wind, and the consequences of the angular momentum transfers between orbit and spinning components in binary star systems will be reviewed with the special emphasis on the Solar rotation.
FİLİZ AK, Nurten +2 more
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Solar radiation and solar differential rotation
Solar Physics, 1988Areas of sunspots and their positions taken from the Greenwich Photoheliographic Results (1874–1976) and typical intensities of the umbrae and penumbrae are used to calculate daily values of the solar flux at a wavelength of about 500 nm. Using overlapping time series of 512 days each solar rotation periods are determined by Fourier transformation. The
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Nature, 1982
In the continuing study of solar oscillation by means of optical resonant scattering1, two sets of data were obtained between June and August 1981. The first of these was at Haleakala on the island of Maui and consisted of 70 days of data over a period of 83 days, whilst at Izana on the island of Tenerife 85 days were obtained from an observing season ...
A. Claverie +5 more
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In the continuing study of solar oscillation by means of optical resonant scattering1, two sets of data were obtained between June and August 1981. The first of these was at Haleakala on the island of Maui and consisted of 70 days of data over a period of 83 days, whilst at Izana on the island of Tenerife 85 days were obtained from an observing season ...
A. Claverie +5 more
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Journal of Renewable and Sustainable Energy
A rotary solar furnace is conceptually introduced. In contrast to a conventional solar furnace, where the concentrator is fixed, in a rotary solar furnace both the concentrator and the heliostat rotate in concentric circular path around the concentrator's focus such that at each instant of time they face each other.
M. Ebrahim Foulaadvand +1 more
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A rotary solar furnace is conceptually introduced. In contrast to a conventional solar furnace, where the concentrator is fixed, in a rotary solar furnace both the concentrator and the heliostat rotate in concentric circular path around the concentrator's focus such that at each instant of time they face each other.
M. Ebrahim Foulaadvand +1 more
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