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Applied Science & Technology Full Text (H.W. Wilson)

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Applied Science & Technology Full Text (H.W. Wilson)

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Applied Science & Technology Full Text (H.W. Wilson)

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Applied Science & Technology Full Text (H.W. Wilson)

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Applied Science & Technology Full Text (H.W. Wilson)

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Applied Science & Technology Full Text (H.W. Wilson)

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Applied Science & Technology Full Text (H.W. Wilson)

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A Turbulent Heating Model Combining Diffusion and Advection Effects for Giant Planet Magnetospheres.

• Authors : Ng, C. S.; Neupane, B. R.; Delamere, P. A.

Subjects: ADVECTION; GAS giants; MAGNETOSPHERE

• Source: Geophysical Research Letters; 1/28/2022, Vol. 49 Issue 2, p1-6, 6p

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Monthly and Interannual Variations in Winter Positive Surface‐Bottom Temperature Difference in Northeastern Coastal Waters of the Shandong Peninsula in the Yellow Sea.

• Authors : Zhai, Fangguo; Liu, Zizhou; Li, Peiliang

Subjects: TERRITORIAL waters; TURBULENT heating; MONSOONSSHANDONG Peninsula (China); YELLOW Sea

• Source: Journal of Geophysical Research. Oceans; Nov2021, Vol. 126 Issue 11, p1-20, 20p

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On The Nature of Turbulent Heating and Radial Transport in Saturn's Magnetosphere.

• Authors : Neupane, B. R.; Delamere, Peter A.; Ma, X.

Subjects: MAGNETOSPHERE of Saturn; TURBULENT heating; RADIAL flow

• Source: Journal of Geophysical Research. Space Physics; Jan2021, Vol. 126 Issue 1, p1-15, 15p

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Self-similar energetics in large clusters of galaxies.

• Authors : Miniati, Francesco; Beresnyak, Andrey

Subjects: GALAXY clusters; GRAVITATIONAL energy; GRAVITATIONAL instability

• Source: Nature. 7/2/2015, Vol. 523 Issue 7558, p59-62. 4p. 3 Diagrams, 2 Graphs.

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What fraction of the density fluctuations in the Perseus cluster core is due to gas sloshing rather than AGN feedback?

• Authors : Walker, S A; Sanders, J S; Fabian, A C

Subjects: SURFACE brightness (Astronomy); GALAXY clusters; TURBULENT heating

• Source: Monthly Notices of the Royal Astronomical Society; Dec2018, Vol. 481 Issue 2, p1718-1725, 8p

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Validation of a methodology for thermal stratification analysis in sodium‐cooled fast reactors.

• Authors : Wang, Shibao; Zhang, Dalin; Song, Ping

Subjects: SODIUM cooled reactors; TURBULENT heating; RESIDUAL stresses

• Source: International Journal of Energy Research; Oct2018, Vol. 42 Issue 12, p3803-3822, 20p, 2 Color Photographs, 8 Diagrams, 7 Charts, 20 Graphs, 1 Map

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Evaluating and improving modeled turbulent heat fluxes across the North American Great Lakes.

• Authors : Charusombat, Umarporn; Fujisaki-Manome, Ayumi; Gronewold, Andrew D.

Subjects: TURBULENT heating; HEAT flux; THERMODYNAMICSGREAT Lakes (North America)

• Source: Hydrology & Earth System Sciences; 2018, Vol. 22 Issue 10, p5559-5578, 20p, 1 Diagram, 3 Charts, 9 Graphs, 1 Map

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Challenges in Modeling Turbulent Heat Fluxes to Snowpacks in Forest Clearings.

• Authors : Conway, Jonathan P.; Pomeroy, John W.; Helgason, Warren D.

Subjects: CLIMATE change; TURBULENT heating; MONTE Carlo method

• Source: Journal of Hydrometeorology; Oct2018, Vol. 19 Issue 10, p1599-1616, 18p

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Heat Transfer Enhancement in a Plane Separation-free Diffuser.

• Authors : Lushchik, V. G.; Reshmin, A. I.

Subjects: HEAT transfer; REYNOLDS number; PRANDTL number

• Source: High Temperature; Jul2018, Vol. 56 Issue 4, p569-575, 7p

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Dissipative structures in magnetorotational turbulence.

• Authors : Ross, Johnathan; Latter, Henrik N

Subjects: ACCRETION (Astrophysics); ENERGY dissipation; TURBULENCE

• Source: Monthly Notices of the Royal Astronomical Society; Jun2018, Vol. 477 Issue 3, p3329-3342, 14p

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Fire Suppression as a Thermal Implosion.

• Authors : Novozhilov, Vasily

Subjects: FIREFIGHTING; THERMAL engineering; IGNITION temperature

• Source: AIP Conference Proceedings; 2017, Vol. 1798 Issue 1, p1-7, 7p, 1 Color Photograph, 5 Diagrams, 1 Graph

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Turbulent natural convection heat transfer in rectangular enclosures using experimental and numerical approaches: A review.

• Authors : Miroshnichenko, I.V.¹ ; Sheremet, M.A.¹

Subjects: Heat transfer; Turbulent heating; Computer simulation

• Source: Renewable & Sustainable Energy Reviews. Feb2018 Part 1, Vol. 82, p40-59. 20p.

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Characteristics of Land-Air Exchange Parameters over Grassland in Southeast Tibet.

• Authors : Ma, Shupo; Zhou, Libo

Subjects: GRASSLANDS; TURBULENT heating; LAND-atmosphere interactionsPLATEAU of Tibet

• Source: Journal of Hydrometeorology; Aug2017, Vol. 18 Issue 8, p2249-2264, 16p

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Impact of Eddy Characteristics on Turbulent Heat and Momentum Fluxes in the Urban Roughness Sublayer.

• Authors : Zou, Jun; Zhou, Bowen; Sun, Jianning

Subjects: EDDY viscosity; EDDY flux; TURBULENT heating

• Source: Boundary-Layer Meteorology; Jul2017, Vol. 164 Issue 1, p39-62, 24p

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A Case Study of the Performance of Different Detrending Methods in Turbulent-Flux Estimation.

• Authors : Donateo, Antonio; Cava, Daniela; Contini, Daniele

Subjects: EDDY flux; TURBULENT flow; FLUID flow

• Source: Boundary-Layer Meteorology; Jul2017, Vol. 164 Issue 1, p19-37, 19p

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Surface energy balance of an extensive green roof as quantified by full year eddy-covariance measurements.

• Authors : Heusinger, Jannik¹ ; Weber, Stephan¹

Subjects: *Green roofs; *Evapotranspiration; Surface energy

• Source: Science of the Total Environment. Jan2017, Vol. 577, p220-230. 11p.

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Computation of turbulent natural convection with the elliptic-blending differential and algebraic flux models.

• Authors : Choi, Seok-Ki; Han, Ji-Woong; Kim, Seong-O

Subjects: NATURAL heat convection; TURBULENT heating; THERMAL diffusivity

• Source: Numerical Heat Transfer: Part B -- Fundamentals; 2017, Vol. 71 Issue 1, p37-49, 13p

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Competition between shock and turbulent heating in coronal loop system.

• Authors : Takuma Matsumoto

Subjects: SHOCK heating; TURBULENT heating; MAGNETOHYDRODYNAMICS

• Source: Monthly Notices of the Royal Astronomical Society; 11/21/2016, Vol. 463 Issue 1, p502-511, 10p, 1 Chart, 10 Graphs

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