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Photos showing the shape of 6 μL water drops and images using laser scanning <t>confocal</t> <t>microscopy</t> of a water drop labeled with fluorescent dye (1 mg L –1 ) (cyan color) resting on the superhydrophobic surfaces prepared with (a) one coating cycle, (b) two coating cycles, (c) three coating cycles, (d) four coating cycles, and (e) five coating cycles. The reflection from the substrate-coating interface is shown in red.
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Photos showing the shape of 6 μL water drops and images using laser scanning <t>confocal</t> <t>microscopy</t> of a water drop labeled with fluorescent dye (1 mg L –1 ) (cyan color) resting on the superhydrophobic surfaces prepared with (a) one coating cycle, (b) two coating cycles, (c) three coating cycles, (d) four coating cycles, and (e) five coating cycles. The reflection from the substrate-coating interface is shown in red.
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Photos showing the shape of 6 μL water drops and images using laser scanning <t>confocal</t> <t>microscopy</t> of a water drop labeled with fluorescent dye (1 mg L –1 ) (cyan color) resting on the superhydrophobic surfaces prepared with (a) one coating cycle, (b) two coating cycles, (c) three coating cycles, (d) four coating cycles, and (e) five coating cycles. The reflection from the substrate-coating interface is shown in red.
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Image Search Results


Photos showing the shape of 6 μL water drops and images using laser scanning confocal microscopy of a water drop labeled with fluorescent dye (1 mg L –1 ) (cyan color) resting on the superhydrophobic surfaces prepared with (a) one coating cycle, (b) two coating cycles, (c) three coating cycles, (d) four coating cycles, and (e) five coating cycles. The reflection from the substrate-coating interface is shown in red.

Journal: Langmuir

Article Title: Effects of Gas Layer Thickness on Capillary Interactions at Superhydrophobic Surfaces

doi: 10.1021/acs.langmuir.3c03709

Figure Lengend Snippet: Photos showing the shape of 6 μL water drops and images using laser scanning confocal microscopy of a water drop labeled with fluorescent dye (1 mg L –1 ) (cyan color) resting on the superhydrophobic surfaces prepared with (a) one coating cycle, (b) two coating cycles, (c) three coating cycles, (d) four coating cycles, and (e) five coating cycles. The reflection from the substrate-coating interface is shown in red.

Article Snippet: The instrument utilized for imaging and force measurements is specially designed and consists of an inverted LSCM coupled with a JPK NanoWizard AFM (JPK Instruments AG)., , For surfaces showing attractive forces exceeding 15 μm, the force range exceeded the range of the internal AFM piezo scanner.

Techniques: Confocal Microscopy, Labeling

Approximate Coating Thicknesses Determined from SEM Images and Corresponding Gaseous Layer Thicknesses Determined from LSCM Images

Journal: Langmuir

Article Title: Effects of Gas Layer Thickness on Capillary Interactions at Superhydrophobic Surfaces

doi: 10.1021/acs.langmuir.3c03709

Figure Lengend Snippet: Approximate Coating Thicknesses Determined from SEM Images and Corresponding Gaseous Layer Thicknesses Determined from LSCM Images

Article Snippet: The instrument utilized for imaging and force measurements is specially designed and consists of an inverted LSCM coupled with a JPK NanoWizard AFM (JPK Instruments AG)., , For surfaces showing attractive forces exceeding 15 μm, the force range exceeded the range of the internal AFM piezo scanner.

Techniques: