An organoplatinum precursor enables electroless deposition of platinum coatings, films, and mirrors on natural materials, synthetic polymers, metals, and ceramics by simply heating the precursor solution to temperatures of 80 °C or above. The films are comprised of densely packed platinum nanoparticles of 1−5 nm in size; they are flexible and electrically conducting and have pore sizes in the nanometer range
In our study, we examined the formation of thin films of silver nanoparticles on polycarbonate and t...
The ability to modify the activity of polymer substrates for subsequent electroless plating is of fu...
Electroless plating of metal composites has been proposed as a promising method for me...
Electroless plating is a metal deposition technique widely used in the coating industry. It is the m...
The optimization of conventional hydrogen fuel cell catalyst layers suffers from a poor understandin...
Electroless plating of metal films on polymer substrates usually requires the presence of metal part...
Thin noble metal films have been prepared as a result of the immersion of germanium substrates into ...
Electroless plating is a powerful tool in nanofabrication and is available for many of the noble tra...
Various formulations for electroless deposition, to obtain continuous nanometre-sized and micrometre...
© 2014 IEEE. Localized deposition of pure platinum nanostructures was achieved using a combination o...
This paper describes a new strategy for fabricating continuous gold films based on the self-assembly...
Nanoparticles of Au, Pd, and Pt form spontaneously as thin, morphologically complex metallic films u...
The electroless deposition of Pt nanoparticles (Pt-NPs) could be carried out by dissolving potassium...
Presented in this work is a facile and quick electrochemical method to control the morphology of thi...
We present new electroless palladium plating reactions, which can be applied to complex-shaped subst...
In our study, we examined the formation of thin films of silver nanoparticles on polycarbonate and t...
The ability to modify the activity of polymer substrates for subsequent electroless plating is of fu...
Electroless plating of metal composites has been proposed as a promising method for me...
Electroless plating is a metal deposition technique widely used in the coating industry. It is the m...
The optimization of conventional hydrogen fuel cell catalyst layers suffers from a poor understandin...
Electroless plating of metal films on polymer substrates usually requires the presence of metal part...
Thin noble metal films have been prepared as a result of the immersion of germanium substrates into ...
Electroless plating is a powerful tool in nanofabrication and is available for many of the noble tra...
Various formulations for electroless deposition, to obtain continuous nanometre-sized and micrometre...
© 2014 IEEE. Localized deposition of pure platinum nanostructures was achieved using a combination o...
This paper describes a new strategy for fabricating continuous gold films based on the self-assembly...
Nanoparticles of Au, Pd, and Pt form spontaneously as thin, morphologically complex metallic films u...
The electroless deposition of Pt nanoparticles (Pt-NPs) could be carried out by dissolving potassium...
Presented in this work is a facile and quick electrochemical method to control the morphology of thi...
We present new electroless palladium plating reactions, which can be applied to complex-shaped subst...
In our study, we examined the formation of thin films of silver nanoparticles on polycarbonate and t...
The ability to modify the activity of polymer substrates for subsequent electroless plating is of fu...
Electroless plating of metal composites has been proposed as a promising method for me...