Here, we report the synthesis of single crystalline β phase Cu-Zn nanowires (diameter around 150 nm and typical length up to 10 μm) by combining electrodeposition and annealing. The obtained nanowires present temperature driven martensitic transformation similar to that found in bulk samples from B2 to 9R structure. A weak influence of the dimensionality on the martensitic transformation is observed in these nanowires. The possibility to obtain bundles of single crystalline nanowires with tunable martensitic transformation temperature and hysteresis similar to that found in bulk, seems to be a fundamental approach to the development of smart nanosystems based on shape memory alloys.Fil: Haberkorn, Nestor Fabian. Comisión Nacional de Energía...
A systematic study was conducted on the fabrication, structural characterization, and transport prop...
Abstract. Cu nanowire arrays have been synthesized using potentiostatic electrodeposition within the...
A body-centered pentagonal nanobridge structure with lattice constants c = 2.35 and a = 2.53 Å has b...
Here, we report the synthesis of single crystalline β phase Cu-Zn nanowires (diameter around 150 nm ...
A novel stress-induced martensitic phase transformation in an initial < 100 >/{100} B2-CuZr nanowire...
A novel stress induced martenistic phase transformation is reported in an initial B2-CuZr nanowire ...
This research focuses on the characterization of the structure and mechanical behavior of metal nano...
Mechanical damping applications could benefit from the large hysteresis, large pseudoelastic strain ...
This paper reports on the possibility to obtain Cu-Zn-Al films with 2H martensitic structure by fixi...
The interaction between dislocations and martensitic transformations in Cu–Al–Ni alloys is shortly r...
Multimetallic nanowires with long-range atomic ordering hold the promise of unique physicochemical p...
We report the influence of the microstructure on the martensitic transformation in polycrystalline C...
This thesis is an attempt to understand ways to improve thermo-mechanical and structural properties ...
Functional nanomaterials have been studied intensively ever since the selforganisationof nanostructu...
We use molecular dynamics to characterize the martensitic nanostructure that develops when bcc Zr na...
A systematic study was conducted on the fabrication, structural characterization, and transport prop...
Abstract. Cu nanowire arrays have been synthesized using potentiostatic electrodeposition within the...
A body-centered pentagonal nanobridge structure with lattice constants c = 2.35 and a = 2.53 Å has b...
Here, we report the synthesis of single crystalline β phase Cu-Zn nanowires (diameter around 150 nm ...
A novel stress-induced martensitic phase transformation in an initial < 100 >/{100} B2-CuZr nanowire...
A novel stress induced martenistic phase transformation is reported in an initial B2-CuZr nanowire ...
This research focuses on the characterization of the structure and mechanical behavior of metal nano...
Mechanical damping applications could benefit from the large hysteresis, large pseudoelastic strain ...
This paper reports on the possibility to obtain Cu-Zn-Al films with 2H martensitic structure by fixi...
The interaction between dislocations and martensitic transformations in Cu–Al–Ni alloys is shortly r...
Multimetallic nanowires with long-range atomic ordering hold the promise of unique physicochemical p...
We report the influence of the microstructure on the martensitic transformation in polycrystalline C...
This thesis is an attempt to understand ways to improve thermo-mechanical and structural properties ...
Functional nanomaterials have been studied intensively ever since the selforganisationof nanostructu...
We use molecular dynamics to characterize the martensitic nanostructure that develops when bcc Zr na...
A systematic study was conducted on the fabrication, structural characterization, and transport prop...
Abstract. Cu nanowire arrays have been synthesized using potentiostatic electrodeposition within the...
A body-centered pentagonal nanobridge structure with lattice constants c = 2.35 and a = 2.53 Å has b...