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Cooling Enhancement sentence examples within Radiative Cooling Enhancement

Radiative Cooling Enhancement 10.1117/12.2532033

The radiative cooling enhancement demonstrated here is a simple and straightforward approach, which can be generalized to other optoelectronic systems.

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Radiative Cooling Enhancement 10.1016/J.RSER.2018.12.051

The results indicate that modification of the surface emissivity spectrum hardly contribute to the radiative cooling enhancement under any climate conditions, as compared to the conventional glass cover.

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Cooling Enhancement sentence examples within Mist Cooling Enhancement

Mist Cooling Enhancement 10.1115/ht2019-3464

The effects of different parameters such as the mist/air ratio (10-20%) and the mist droplets size (20-50μm) on mist cooling enhancement are investigated.

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Mist Cooling Enhancement 10.1115/gt2019-90093

The effects of different parameters such as the mist/air ratio (1020%) and the mist droplets size (20-40μm) on mist cooling enhancement are investigated.

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Cooling Enhancement sentence examples within cooling enhancement demonstrated

cooling enhancement demonstrated 10.1117/12.2532033

The radiative cooling enhancement demonstrated here is a simple and straightforward approach, which can be generalized to other optoelectronic systems.

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cooling enhancement demonstrated 10.1364/OE.27.00A404

The radiative cooling enhancement demonstrated here is a simple and straightforward approach, which can be generalized to other optoelectronic systems.

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10.1007/s10853-018-03259-w

With the cooling enhancement during processing, the grain size is significantly refined to be ~ 3.

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10.1177/0957650918779960

In order to analyze the mechanism of cooling enhancement, the velocity field and turbulence kinetic energy distribution have been given and discussed, including the moment ratio distribution of the multiple effusion holes model.

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Cooling Enhancement

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Dec 09, 2024

What is/are Cooling Enhancement?

Cooling Enhancement - With the cooling enhancement during processing, the grain size is significantly refined to be ~ 3. ^[1] In order to analyze the mechanism of cooling enhancement, the velocity field and turbulence kinetic energy distribution have been given and discussed, including the moment ratio distribution of the multiple effusion holes model. ^[2]

Radiative Cooling Enhancement

The radiative cooling enhancement demonstrated here is a simple and straightforward approach, which can be generalized to other optoelectronic systems. ^[1] The results indicate that modification of the surface emissivity spectrum hardly contribute to the radiative cooling enhancement under any climate conditions, as compared to the conventional glass cover. ^[2] The radiative cooling enhancement demonstrated here is a simple and straightforward approach, which can be generalized to other optoelectronic systems. ^[3]

Mist Cooling Enhancement

The effects of different parameters such as the mist/air ratio (10-20%) and the mist droplets size (20-50μm) on mist cooling enhancement are investigated. ^[1] The effects of different parameters such as the mist/air ratio (1020%) and the mist droplets size (20-40μm) on mist cooling enhancement are investigated. ^[2]

cooling enhancement demonstrated

The radiative cooling enhancement demonstrated here is a simple and straightforward approach, which can be generalized to other optoelectronic systems. ^[1] The radiative cooling enhancement demonstrated here is a simple and straightforward approach, which can be generalized to other optoelectronic systems. ^[2]