Results 271 to 280 of about 327,954 (318)
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IEEE Computer Graphics and Applications, 1997
The authors undertook the Solar System Modeler project to improve comprehension and appreciation of the size, complexity, and splendor of the solar system. To do so, the Solar System Modeler must (1) accurately portray the orbital behavior of satellites, planets, comets, and other celestial bodies, and (2) function in a distributed virtual environment.
Martin R. Stytz +2 more
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The authors undertook the Solar System Modeler project to improve comprehension and appreciation of the size, complexity, and splendor of the solar system. To do so, the Solar System Modeler must (1) accurately portray the orbital behavior of satellites, planets, comets, and other celestial bodies, and (2) function in a distributed virtual environment.
Martin R. Stytz +2 more
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Applied Energy, 1980
Abstract A computation method for determining the optimal size of a solar heating plant according to the criterion of minimising its total (capital plus running) cost is described. The resulting computer program calculates the energy output of a solar system as a function of the collector area and of the heat storage unit capacity, starting from ...
AMBROSONE, GIUSEPPINA +6 more
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Abstract A computation method for determining the optimal size of a solar heating plant according to the criterion of minimising its total (capital plus running) cost is described. The resulting computer program calculates the energy output of a solar system as a function of the collector area and of the heat storage unit capacity, starting from ...
AMBROSONE, GIUSEPPINA +6 more
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Origins of life and evolution of the biosphere, 1997
Life arose on an early Earth which was the product to the conditions present, and processes operating, during formation of the solar system. The formation and early state of the solar system are reviewed in order to better understand the nature of the early Earth, and to constrain the conditions present during the origin and early evolution of life on ...
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Life arose on an early Earth which was the product to the conditions present, and processes operating, during formation of the solar system. The formation and early state of the solar system are reviewed in order to better understand the nature of the early Earth, and to constrain the conditions present during the origin and early evolution of life on ...
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Uspekhi Fizicheskih Nauk, 2017
Abstract Over the past half century, numerous research space missions have been launched to explore various objects in the Solar System, primarily to find surface or subsurface water or water ice (in particular, to discover extraterrestrial oceans or their traces and to study their evolution in light of Earth’s hydrospheric history ...
M L Litvak, A B Sanin
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Abstract Over the past half century, numerous research space missions have been launched to explore various objects in the Solar System, primarily to find surface or subsurface water or water ice (in particular, to discover extraterrestrial oceans or their traces and to study their evolution in light of Earth’s hydrospheric history ...
M L Litvak, A B Sanin
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On the Formation of the Solar System
Nature, 1971THE object of this article is to point out the significance of some properties of Jupiter (the most massive planet in the solar system) for the problem of the origin of the solar system. The mass of Jupiter is 0.001 solar masses, and its orbital eccentricity is 0.05.
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Nature Chemistry, 2015
In the second of two essays looking at organic chemistry that can be found in the Solar System, Bruce C. Gibb focuses on the gas and ice giants as well as their satellites — concluding the tour on Saturn's fascinating moon Titan.
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In the second of two essays looking at organic chemistry that can be found in the Solar System, Bruce C. Gibb focuses on the gas and ice giants as well as their satellites — concluding the tour on Saturn's fascinating moon Titan.
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Astrophysics and Space Science, 1986
Prentice (1978a, b), in his modern Laplacian theory of the origin of the solar system, has established a scenario in which he finds the ratio of the orbital radii of successively disposed gaseous rings to be a constant ⋍ 1.69. In an attempt to understand this law in an alternative way, Rawal (1984a) assumes that during the collapse of the solar nebula ...
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Prentice (1978a, b), in his modern Laplacian theory of the origin of the solar system, has established a scenario in which he finds the ratio of the orbital radii of successively disposed gaseous rings to be a constant ⋍ 1.69. In an attempt to understand this law in an alternative way, Rawal (1984a) assumes that during the collapse of the solar nebula ...
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Is Solar System Stable? A Remark
Reliable Computing, 1997zbMATH Open Web Interface contents unavailable due to conflicting licenses.
Vladik Kreinovich, Andrew Bernat 0001
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Dust in the solar system and in extra-solar planetary systems
The Astronomy and Astrophysics Review, 2006Among the observed circumstellar dust envelopes a certain population, planetary debris disks, is ascribed to systems with optically thin dust disks and low gas content. These systems contain planetesimals and possibly planets and are believed to be systems that are most similar to our solar system in an early evolutionary stage.
Ingrid Mann +4 more
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Science, 1973
Review of approaches to exploration of the outer solar system beyond the asteroid belt as seen from reports of JPL scientific groups. The topics include the cosmogonic aspects of outer solar system exploration, the satellites of the outer planets, their atmospheres, dynamics and magnetism, and the outer solar wind.
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Review of approaches to exploration of the outer solar system beyond the asteroid belt as seen from reports of JPL scientific groups. The topics include the cosmogonic aspects of outer solar system exploration, the satellites of the outer planets, their atmospheres, dynamics and magnetism, and the outer solar wind.
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