Herein, we present a simple, efficient, and economical approach for the preparation of
superhydrophobic gold film embedded on polydimethylsiloxane (PDMS) sheets without the …

Highly stable gold micro-nanostructures with various morphologies were fabricated using a
galvanic exchange reaction under different conditions, such as, concentration of gold salt …

Superhydrophobic thin films of silver were fabricated on copper substrates by galvanic ion
exchange reactions in a one-step process by immersing copper substrates in silver nitrate …

Stable superhydrophobic silver films were fabricated on glass substrates by using the silver
mirror reaction. The water contact angle (CA) on the obtained silver surface was 154°, and a …

Superhydrophobic films with excellent flexibility have been fabricated by combining the lift-
up soft-lithography technique and chemical reduction of [Ag (NH 3) 2]+ ions to Ag …

The precise control of tiny droplets has always been a complex problem to be solved. The
magnetically responsive superhydrophobic surfaces, which can be controlled for droplet …

Superhydrophobic pure silver film composed of flower-like microstructures built by
interconnected silver nanoplates on a copper plate without any modification was prepared …

Preparation of nanostructured superhydrophobic surfaces requires both an optimum
roughness and low surface energy. Application of a direct voltage between two copper …

Superhydrophobic aluminum surfaces have been prepared by means of electrodeposition of
copper on aluminum surfaces, followed by electrochemical modification using stearic acid …

The superhydrophobic surface was successful fabricated through spin-coating epoxy resin
firstly and transferring the dendrite-like structures to aluminum substrate coated with epoxy …