Sentence examples for metal deposition method from inspiring English sources

A modified electroless metal deposition method has been developed for copper plating of polystyrene (PS) surfaces.

a Schematic diagram of the metal deposition method applied to a rotating substrate, and SEM images of the AgFON with a high surface roughness.

Tilting vertical nanowire arrays, which may be fabricated by a wet chemical etching with dry metal deposition method [17], may be an additional and simple way to improve their performance.

A combinatorial metal deposition method was applied for single and binary metal catalysts to systematically investigate the thickness and the composition dependence.

In this work several directions for catalyst design were considered: (1) change of support nature to influence on a formation of Pd-containing active site; (2) modification of active site by second metal addition; (3) varying of metal deposition method and reduction agent on an active site formation.

Compared with other metal deposition methods as reported in the literature, electroforming is a facile method to fabricate metallic nanostructures at a low-cost and high-throughput [16, 18].The choice of deposited materials can be also extended to other metals (e.g. Au, Ag) and alloys (e.g. Fe-Pt, Co-Pt).

With the aid of photolithography, the vertically aligned silicon nanowires were selectively formed on the patterned substrates via an electroless metal deposition (EMD) method under normal conditions (room temperature, 1 atm).

In this paper, epitaxial, dense, smooth, and crack-free Fe-doped YBCO films were prepared on a LaAlO3 single crystal substrate via a fluorine-free polymer-assisted metal organic deposition method.

The performance and obstacles of these carbons associated with different metal catalyst deposition methods are highlighted.

The immersion plating occupies a special place among the other metal deposition techniques as this method does not require vacuum equipment, energy supply or special reducing agents: it is carried out due to redox reactions between atoms of a substrate and metal ions.

Therefore, TiO2 nanoparticles can be synthesized in order to use in diverse methods like laser ablation [6], RF thermal plasma [7], hydrothermal method [8], mechanochemical [9], the ultrasonic technique [10], metal organic chemical vapor deposition method [11] and sol gel process [12, 13].