Porous Au structures were synthesized starting from a crystalline Ag70Au30 alloy by selectively dissolving Ag in a nitric acid solution for selected times. The size of ligaments and pores, the degree of porosity and the specific surface area of all structures were measured. The product between the total surface area and the average ligament size is invariably equal to about 3.5 times the total volume of the solid. This suggests that the porous Au structures are similar to single gyroids. (C) 2013 Acta Materialia Inc. Published by Elsevier Ltd. All rights reserved
We fabricate almost crack-free 1.5 ??m thick nanoporous gold thin films using free-corrosion dealloy...
This paper concentrates or, tuning the morphology of nanoporous metals, in particular Au, as a funct...
Systematic study of the dealloying of Au-Ag and Au(Pt)-Ag alloys shows that the dealloying occurs by...
Herein, we report a facile one-step synthesis route of porous bimetallic Au-Ag nanoparticles involvi...
Nanoporous Au-Fe alloy was synthesized via a wet chemistry route using ordered nanoporous silica as ...
We describe a two-step dealloying/compaction process to produce nanocrystalline Au. First, nanocryst...
Nanoporous metal ribbons including Au, Pd, Pt, Ag, and Cu can be fabricated through chemical dealloy...
Chemical dealloying was used to fabricate nanoporous Au samples with fine ligaments. The samples wer...
A study is presented on the synthesis and characterization of nanoporous AgPt and AgAu alloys after...
This is the final peer-reviewed manuscript accepted for publication in Acta Materialia Citation of ...
Porous gold nanoparticles were obtained from nanoparticle alloys of gold and silver. The alloy nanop...
Nanoporous gold (NPG) made by selective corrosion, or dealloying, serves as a model system for the i...
Nanoporous metals have attracted attention in various research fields in the past years since their ...
A two-step dealloying strategy has been established via controlled dealloying to fabricate hierarchi...
We have synthesized nanoporous Au with a dual microscopic length scale by exploiting the crystal str...
We fabricate almost crack-free 1.5 ??m thick nanoporous gold thin films using free-corrosion dealloy...
This paper concentrates or, tuning the morphology of nanoporous metals, in particular Au, as a funct...
Systematic study of the dealloying of Au-Ag and Au(Pt)-Ag alloys shows that the dealloying occurs by...
Herein, we report a facile one-step synthesis route of porous bimetallic Au-Ag nanoparticles involvi...
Nanoporous Au-Fe alloy was synthesized via a wet chemistry route using ordered nanoporous silica as ...
We describe a two-step dealloying/compaction process to produce nanocrystalline Au. First, nanocryst...
Nanoporous metal ribbons including Au, Pd, Pt, Ag, and Cu can be fabricated through chemical dealloy...
Chemical dealloying was used to fabricate nanoporous Au samples with fine ligaments. The samples wer...
A study is presented on the synthesis and characterization of nanoporous AgPt and AgAu alloys after...
This is the final peer-reviewed manuscript accepted for publication in Acta Materialia Citation of ...
Porous gold nanoparticles were obtained from nanoparticle alloys of gold and silver. The alloy nanop...
Nanoporous gold (NPG) made by selective corrosion, or dealloying, serves as a model system for the i...
Nanoporous metals have attracted attention in various research fields in the past years since their ...
A two-step dealloying strategy has been established via controlled dealloying to fabricate hierarchi...
We have synthesized nanoporous Au with a dual microscopic length scale by exploiting the crystal str...
We fabricate almost crack-free 1.5 ??m thick nanoporous gold thin films using free-corrosion dealloy...
This paper concentrates or, tuning the morphology of nanoporous metals, in particular Au, as a funct...
Systematic study of the dealloying of Au-Ag and Au(Pt)-Ag alloys shows that the dealloying occurs by...