Results 11 to 20 of about 182,384 (314)
Journal of Advances in Modeling Earth Systems, 2019 AbstractDeep convection over tropical oceans often appears intensified at the edge of convectively active regions, both in idealized studies and in observations. This edge intensification of convection is studied in detail here, using the steady state of a radiative‐convective equilibrium study, marked by a single convective cluster with deep ...
J. M. Windmiller, C. Hohenegger
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Philosophical Transactions of the Royal Society A: Mathematical, Physical and Engineering Sciences, 2012 Convection is the transport of energy by bulk mass motions. Magnetic fields alter convection via the Lorentz force, while convection moves the fields via the curl( v × B ) term in the induction equation. Recent ground-based and satellite telescopes have
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Convection and Convective‐Organization in Hothouse Climates
Journal of Advances in Modeling Earth Systems, 2023 Abstract In a “hothouse” climate, warm temperatures lead to a high tropospheric water vapor concentration. Sufficiently high water vapor levels lead to the closing of the water vapor infrared window, which prevents radiative cooling of the lower troposphere.
Guy Dagan +2 more
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Mesoscale cellular convection: is it convection? [PDF]
Tellus A: Dynamic Meteorology and Oceanography, 1985 The three convective instability models that aim to account for the broad aspect ratio of mesoscale cellular convection (MCC) are compared with a simple analytical version of the mesoscale entrainment instability (MEI) model proposed by Fiedler (1984). The inadequacies of the convective models are demonstrated.
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Horizontal Stratification during Deep Convection in the Labrador Sea [PDF]
, 2014 Deep convection—the process by which surface waters are mixed down to 1000 m or deeper—forms the primary downwelling of the meridional overturning circulation in the Northern Hemisphere.
Frajka-Williams, E. +5 more
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Solar Surface Convection [PDF]
Living Reviews in Solar Physics, 2009 We review the properties of solar convection that are directly observable at the solar surface, and discuss the relevant underlying physics, concentrating mostly on a range of depths from the temperature minimum down to about 20 Mm below the visible solar surface.
Nordlund, A. +2 more
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Experimental determination of natural convection heat transfer coefficients in an attic shaped enclosure [PDF]
, 2010 Heat transfer by natural convection in triangular enclosures is an area of significant importance in applications such as the design of greenhouses, attics and solar water heaters.
Carson, James K. +2 more
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Convection-compensated pure shift NMR [PDF]
, 2023 This archive contains all raw experimental data files, macros, pulse sequence code, shaped pulse definitions and Mathematica notebooks to support the article "Convection-compensated pure shift NMR: how to stop convection ruining experiments."
Elsa Caytan (8122923) +5 more
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Suppression of natural convection heat transfer coefficients in an attic shaped enclosure [PDF]
, 2010 The use of convection suppression devices has been widely discussed in the literature as a means of reducing natural convection heat loss from enclosed spaces.
Carson, James K. +5 more
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Materializing Convection [PDF]
Architecture and Culture, 2019 This essay uses a physical modeling technique from mechanical engineering, the filling box, as a speculative architectural design tool. In the filling box, dyed salt water is injected into acrylic models submerged within a tank of fresh water, simulating the introduction of cold air into a warm environment or, when mirrored, the introduction of warm ...
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