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New Electronics, 2021
Generative design and machine learning point to novel ways to cool systems.
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Generative design and machine learning point to novel ways to cool systems.
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Advances in Space Research, 2006
Abstract The thermal regime of a small celestial body, Kuiper Belt object (20000) Varuna, is considered in the process of its formation by accretion of the protoplanet cloud material as well as during its further evolution up to the present time. We have simulated different formation scenarios of Varuna by varying the accretion time, accretion rate ...
O.B. Shchuko +3 more
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Abstract The thermal regime of a small celestial body, Kuiper Belt object (20000) Varuna, is considered in the process of its formation by accretion of the protoplanet cloud material as well as during its further evolution up to the present time. We have simulated different formation scenarios of Varuna by varying the accretion time, accretion rate ...
O.B. Shchuko +3 more
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Thermal Evolution of Spin-Polarons
Physical Review Letters, 1995We study the thermodynamics of a single hole in the $U=\ensuremath{\infty}$ Hubbard model using a Monte Carlo method which samples graphs that contribute to the partition function; there are no finite-size effects. The heat capacity and magnetic susceptibility indicate a sharp transition between a high temperature spin-polaron and a compact ...
, Raghavan, , Elser
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Thermal evolution of flare plasma
Solar Physics, 1983The evolution of hot thermal plasma in solar flares is analyzed by a single-temperature model applied to continuum emission in the 5 keV < E < 13 keV spectral range. The general trend that the thermal plasma observed in soft X-rays is heated by the non-thermal electrons that emit as the hard X-ray bursts is confirmed by the observation of an electron ...
Tetsuya Watanabe +3 more
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THERMAL SOLUTIONS FOR MOLECULAR EVOLUTION
International Journal of Modern Physics B, 2012The key requirement to solve the origin of life puzzle are disequilibrium conditions. Early molecular evolution cannot be explained by initial high concentrations of energetic chemicals since they would just react towards their chemical equilibrium allowing no further development.
CHRISTOF B. MAST +2 more
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