Media Summary: Droplet 20ul in volume is carefully placed on a Rolling droplet on superhydrophobic surface Small roll-off angle of superhydrophobic surface

Rolling On Superhydrophobic Surface - Detailed Analysis & Overview

Droplet 20ul in volume is carefully placed on a Rolling droplet on superhydrophobic surface Small roll-off angle of superhydrophobic surface Video from the paper "Bouncing Water Droplet on a A video made by third year bachelor students of the University of Amsterdam, explaining BYU mechanical engineering professors Julie Crockett and Dan Maynes study

Horizontal, as well as vertical walls are For many years, scientists have been pursuing ways to mimic the perplexing capability of the lotus leaf to repel water. The video shows a water droplet mixed with glitter (metallic aspect) Water drops roll off slanted superhydrophobic surface

Photo Gallery

Rolling on Superhydrophobic Surface
Rolling droplet on superhydrophobic surface
Water droplets on a superhydrophobic surface
Droplet rolling on Superhydrophobic Surface
Water droplets rolling off a superhydrophobic cellulose surface
Small roll-off angle of superhydrophobic surface
Superhydrophobic plant surfaces
Water Droplet Bouncing on a Superhydrophobic Carbon Nanotube Array
Superhydrophobicity: rolling water droplets!
Engineers bounce water off superhydrophobic surfaces
Water drop rolling in a superhydrophobic maze
Writing with Water on a Superhydrophobic Surface
View Detailed Profile
Rolling on Superhydrophobic Surface

Rolling on Superhydrophobic Surface

Droplet 20ul in volume is carefully placed on a

Rolling droplet on superhydrophobic surface

Rolling droplet on superhydrophobic surface

Rolling droplet on superhydrophobic surface

Water droplets on a superhydrophobic surface

Water droplets on a superhydrophobic surface

You can make a sheet of paper

Droplet rolling on Superhydrophobic Surface

Droplet rolling on Superhydrophobic Surface

20ul droplet

Water droplets rolling off a superhydrophobic cellulose surface

Water droplets rolling off a superhydrophobic cellulose surface

A tilting experiment demonstrating the

Small roll-off angle of superhydrophobic surface

Small roll-off angle of superhydrophobic surface

Small roll-off angle of superhydrophobic surface

Superhydrophobic plant surfaces

Superhydrophobic plant surfaces

Superhydrophobic

Water Droplet Bouncing on a Superhydrophobic Carbon Nanotube Array

Water Droplet Bouncing on a Superhydrophobic Carbon Nanotube Array

Video from the paper "Bouncing Water Droplet on a

Superhydrophobicity: rolling water droplets!

Superhydrophobicity: rolling water droplets!

A video made by third year bachelor students of the University of Amsterdam, explaining

Engineers bounce water off superhydrophobic surfaces

Engineers bounce water off superhydrophobic surfaces

BYU mechanical engineering professors Julie Crockett and Dan Maynes study

Water drop rolling in a superhydrophobic maze

Water drop rolling in a superhydrophobic maze

Horizontal, as well as vertical walls are

Writing with Water on a Superhydrophobic Surface

Writing with Water on a Superhydrophobic Surface

For many years, scientists have been pursuing ways to mimic the perplexing capability of the lotus leaf to repel water.

Hydrophobic Roll-Off Angle Test | Oceanit Surface Treatments

Hydrophobic Roll-Off Angle Test | Oceanit Surface Treatments

Oceanit has developed

Hydrophobic Surface: A Demonstration.

Hydrophobic Surface: A Demonstration.

Here the white

Rolling Droplet

Rolling Droplet

The video shows a water droplet mixed with glitter (metallic aspect)

Superhydrophobic coating (2008 R&D 100 winner)

Superhydrophobic coating (2008 R&D 100 winner)

A transparent

Water drops roll off slanted superhydrophobic surface

Water drops roll off slanted superhydrophobic surface

Water drops roll off slanted superhydrophobic surface

Superhydrophobic Surface Behavior | Oceanit S&T

Superhydrophobic Surface Behavior | Oceanit S&T

Oceanit's Anhydra imparts

Water spray on superhydrophobic glass (Rolith, Inc.)

Water spray on superhydrophobic glass (Rolith, Inc.)

Demonstration of

Controlling the Adhesion of Superhydrophobic Surfaces Using Electrolyte Jet Machining Techniques

Controlling the Adhesion of Superhydrophobic Surfaces Using Electrolyte Jet Machining Techniques

Controlling the Adhesion of