Numerical Performance of Correlated-k Distribution Method in Atmospheric Escape Simulation by Yuichi Ito, Tatsuya Yoshida, Akifumi Nakayama

“…While hydrodynamic escape simulations have been actively developed incorporating detailed processes such as UV heating, chemical reactions, and radiative cooling, the radiative cooling by molecules has been treated as emission from selected lines or rotational/vibrational bands to reduce its numerical cost. …”
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Observation of Turbulent Mixing Characteristics in the Typical Daytime Cloud-Topped Boundary Layer over Hong Kong in 2019 by Tao Huang, Steve Hung-lam Yim, Yuanjian Yang, Olivia Shuk-ming Lee, David Hok-yin Lam, Jack Chin-ho Cheng, Jianping Guo

“…These results reveal that cloud radiative cooling was the main source of downdraft, which was also confirmed by our detailed case study of vertical velocity. …”
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Contactless and spatially structured cooling by directing thermal radiation by Nicola M. Kerschbaumer, Stefan Niedermaier, Theobald Lohmüller, Jochen Feldmann

“…Abstract In recent years, radiative cooling has become a topic of considerable interest for applications in the context of thermal building management and energy saving. …”
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Tethered balloon-borne observations of thermal-infrared irradiance and cooling rate profiles in the Arctic atmospheric boundary layer by M. Lonardi, E. F. Akansu, A. Ehrlich, M. Mazzola, C. Pilz, M. D. Shupe, M. D. Shupe, H. Siebert, M. Wendisch

“…Radiative transfer simulations are performed to quantify the sensitivity of radiative cooling rates to cloud microphysical properties. …”
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Performance analysis of the different radiant floor cooling systems in the office building in Shandong province, China by Cui Mengying, Ren Jing, Su Meng, Liu Jiying

“…A variety of composite radiative cooling systems have been proposed to save energy, but few studies have focused on comparing the performance of different radiant floor cooling systems. …”
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A thermally stable heating mechanism for the intracluster medium: turbulence, magnetic fields and plasma instabilities by Kunz, M, Schekochihin, A, Cowley, S, Binney, J, Sanders, J

“…For observed density and temperature profiles, the assumed balance of viscous heating and radiative cooling allows us to predict magnetic-field strengths, turbulent velocities and turbulence scales as functions of distance from the centre. …”

Fabrication of energy saving windows via solution process by Zhou, Chengzhi

“…In the second project, the transparent bamboo composite with high radiative cooling has been fabricated via a simple solution-based process. …”
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Testing of a Secondary Concentrator Integrated with a Beam-Down Tower System under Non-liquid Cooling Strategies by Lahlou, Radia, Armstrong, Peter R., Calvet, Nicolas, Slocum, Alexander H., Shamim, Tariq

“…The present work tested two alternative non-liquid-based cooling strategies: enhanced radiative cooling using a high-emissivity paint and forced-air convective cooling. …”
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Testing of a Secondary Concentrator Integrated with a Beam-Down Tower System under Non-liquid Cooling Strategies by Lahlou, Radia, Armstrong, Peter R., Calvet, Nicolas, Slocum, Alexander H, Shamim, Tariq

“…The present work tested two alternative non-liquid-based cooling strategies: enhanced radiative cooling using a high-emissivity paint and forced-air convective cooling. …”
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Bursty star formation feedback and cooling outflows by Suarez, T, Pontzen, A, Peiris, H, Slyz, A, Devriendt, J

“…In a large fraction of radiative-cooling cases we are able to form rapidly outflowing cool gas from in situ cooling of the flow. …”

Simple models of cooling flows by Kaiser, C, Binney, J

“…The model assumes that episodic nuclear activity followed by radiative cooling without mass-dropout cycles the cluster gas between a relatively homogeneous, nearly isothermal post-outburst state and a cuspy configuration in which a cooling catastrophe initiates the next nuclear outburst. …”

Passive radiant cooling without sacrificing the aesthetics of objects by Przemysław Jacek Dereń

“…The shield and black wire symbolize two layers necessary for passive radiative cooling. The first protects from solar radiation, the second connects to Space functioning as a heat sink.…”
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Self‐Aggregation of Convective Clouds With Interactive Sea Surface Temperature by S. Shamekh, C. Muller, J.‐P. Duvel, F. D'Andrea

“…Sensitivity experiments confirm the key role played by boundary layer radiative cooling in determining PSFC anomalies in dry regions, and thus the shallow diverging circulation and the aggregation speed.…”
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Quantifying the temperature-independent effect of stratospheric aerosol geoengineering on global-mean precipitation in a multi-model ensemble by Angus J Ferraro, Hannah G Griffiths

“…The reduction in global-mean precipitation when stratospheric aerosol geoengineering is used to counterbalance global warming from increasing carbon dioxide (CO _2 ) concentrations has been mainly attributed to the temperature-independent effect of CO _2 on atmospheric radiative cooling. We demonstrate here that stratospheric sulphate aerosol itself also acts to reduce global-mean precipitation independent of its effects on temperature. …”
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Simulation of low clouds in the Southeast Pacific by the NCEP GFS: sensitivity to vertical mixing by R. Sun, S. Moorthi, H. Xiao, C. R. Mechoso

“…Increased moisture trapped below the inversion than in the control run without modifications leads to an increase in cloud amount and cloud-top radiative cooling. Then a positive feedback due to enhanced turbulent mixing in the planetary boundary layer by cloud-top radiative cooling leads to and maintains the stratocumulus cover. …”
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Sensitivity of the Horizontal Scale of Convective Self‐Aggregation to Sea Surface Temperature in Radiative Convective Equilibrium Experiments Using a Global Nonhydrostatic Model by Shuhei Matsugishi, Masaki Satoh

“…This dependency is closely related to changes in the structure of the detrainment from the convective region at the melting level, resulting in enhanced radiative cooling at the top of the boundary layer near the convective region for cooler and warmer SSTs. …”
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Properties, Changes, and Controls of Deep‐Convecting Clouds in Radiative‐Convective Equilibrium by Catherine L. Stauffer, Allison A. Wing

“…We test a previously published hypothesis for control of anvil coverage and find that, at least to first order, it is highly controlled by radiatively‐driven divergence, in which, with warming, anvil clouds occur in a more stable environment requiring less divergence to balance radiative cooling and, therefore, decreasing cloud coverage. …”
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Observed Modulation of the Tropical Radiation Budget by Deep Convective Organization and Lower‐Tropospheric Stability by S. Bony, A. Semie, R. J. Kramer, B. Soden, A. M. Tompkins, K. A. Emanuel

“…Satellite observations show that on average over the tropical belt, when deep convection is more aggregated, the free troposphere is drier, the deep convective cloud coverage is less extensive, and the emission of heat to space is increased; an enhanced aggregation of deep convection is thus associated with a radiative cooling of the tropics. An increase of the tropical‐mean lower‐tropospheric stability is also coincident with a radiative cooling of the tropics, primarily because it is associated with more marine low clouds and an enhanced reflection of solar radiation, although the free‐tropospheric drying also contributes to the cooling. …”
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Symmetry breaking in thermal photonics by Xueji Wang, Zubin Jacob

“…Abstract Engineering symmetries in nanostructures and metasurfaces provides a new paradigm to control incoherent heat radiation for applications in energy conversion, thermal sources, infrared imaging, and radiative cooling.…”
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Investigating the Causes and Impacts of Convective Aggregation in a High Resolution Atmospheric GCM by Bosong Zhang, Brian J. Soden, Gabriel A. Vecchi, Wenchang Yang

“…Mechanism‐denial experiments are performed in which synoptic‐scale feedbacks between radiation and dynamics are suppressed by overwriting the model‐generated atmospheric radiative cooling rates with its monthly varying climatological values. …”
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