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Diagram of the droplet shape analysis system, ( a ) droplet shape analyzer,...
Published Online: July 4, 2024
Fig. 2 Diagram of the droplet shape analysis system, ( a ) droplet shape analyzer, ( b )constant temperature and humidity chamber, ( c ) temperature controller, ( d )circulating water pump, ( e ) computer, ( f ) constant temperature water bath, and ( g )shock absorption platform More about this image found in Diagram of the droplet shape analysis system, ( a ) droplet shape analyzer,...
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Time evolution of the contact angle and the contact radius during the evapo...
Published Online: July 4, 2024
Fig. 4 Time evolution of the contact angle and the contact radius during the evaporation of droplets on substrates with different roughness, ( a ) Ra = 0.10  μ m, ( b ) Ra = 0.15  μ m, and ( c ) Ra = 0.20  μ m. The boundaries of each evaporation stage is noted with perpendicular dashed lines and a... More about this image found in Time evolution of the contact angle and the contact radius during the evapo...
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Typical images of droplet evaporation at different times on the substrate w...
Published Online: July 4, 2024
Fig. 5 Typical images of droplet evaporation at different times on the substrate with Ra = 0.10  μ m, at different times: ( a ) t  =   0 s, ( b ) t  =   9 s, ( c ) t  =   190 s, ( d ) t  =   315 s, ( e ) t  =   343 s, and ( f ) t  =   371 s More about this image found in Typical images of droplet evaporation at different times on the substrate w...
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Contact angle evolution with the contact radius during the evaporation: Com...
Published Online: July 4, 2024
Fig. 6 Contact angle evolution with the contact radius during the evaporation: Comparison of the existing results and experiment results ( a ) the existing results and ( b ) the experiment results More about this image found in Contact angle evolution with the contact radius during the evaporation: Com...
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( a ) Contact angle and the normalized Gibbs free energy ( g ) with differe...
Published Online: July 4, 2024
Fig. 9 ( a ) Contact angle and the normalized Gibbs free energy ( g ) with different roughness substrate versus evaporation time and ( b ) contact angle and the normalized excess Gibbs free energy ( δ g ) with different roughness substrate versus evaporation time More about this image found in ( a ) Contact angle and the normalized Gibbs free energy ( g ) with differe...
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Intrinsic energy barrier evolution with the initial contact angle during th...
Published Online: July 4, 2024
Fig. 10 Intrinsic energy barrier evolution with the initial contact angle during the evaporation: Comparison of the simulation results and experiment results ( a ) the simulation results and ( b )the experiment results More about this image found in Intrinsic energy barrier evolution with the initial contact angle during th...
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