We have measured the thermal expansion of Ni nanowires (NWs) electrodeposited into self-organized nanoporous amorphous aluminum oxide (AAO) membranes without an Al substrate using X-ray diffraction between 110K and 350 K. Assuming a bulk-like thermal expansion of the isolated Ni NWs, this result indicates that AAO also has a negative thermal expansion. We estimate the thermal expansion of nanoporous AAO . We show that data obtained previously on the thermal expansion of metallic NWs grown in the nanoporous AAO may be interpreted as originating from a negative thermal expansion of the matrix
The fabrication of ordered nano-structured materials through anodic alumina oxide (AAO) template has...
The electrochemical growth of Au nanowires in a template of nano-porous anodic aluminum oxide was in...
Ni nanowire arrays were produced by electrodeposition of Ni into self-assembled porous anodic alumin...
We have measured the thermal expansion of Ni nanowires (NWs) electrodeposited into self-organized na...
The potential of using nanometallic wires inside a matrix as new generation of thermal interface mat...
Interactions with their support, adsorbates and unique structural motifs are responsible for the man...
Extracting the thermal conductivity of single nanowires is greatly important in investigating the ph...
Most materials expand upon heating because the coefficient of thermal expansion (CTE), the fundament...
Junctions of silver-copper oxide and silver-zinc oxide, respectively were prepared within the pores ...
Extracting the thermal conductivity of single nanowires is greatly important in investigating the ph...
Abstract: Anodic porous alumina (AAO) are used in nanoscience and nanotechnology. The heat treatment...
Negative thermal expansion (NTE) upon heating is an unusual property but is observed in many materia...
Nanoporous (np) metals and alloys are the subject of increasing research attention due to their high...
Materials with a negative thermal expansion coefficient contract when heated and expand when cooled....
Abstract: Highly ordered nanoporous aluminum oxide (PAAO) is one of the most popular and cost-effec...
The fabrication of ordered nano-structured materials through anodic alumina oxide (AAO) template has...
The electrochemical growth of Au nanowires in a template of nano-porous anodic aluminum oxide was in...
Ni nanowire arrays were produced by electrodeposition of Ni into self-assembled porous anodic alumin...
We have measured the thermal expansion of Ni nanowires (NWs) electrodeposited into self-organized na...
The potential of using nanometallic wires inside a matrix as new generation of thermal interface mat...
Interactions with their support, adsorbates and unique structural motifs are responsible for the man...
Extracting the thermal conductivity of single nanowires is greatly important in investigating the ph...
Most materials expand upon heating because the coefficient of thermal expansion (CTE), the fundament...
Junctions of silver-copper oxide and silver-zinc oxide, respectively were prepared within the pores ...
Extracting the thermal conductivity of single nanowires is greatly important in investigating the ph...
Abstract: Anodic porous alumina (AAO) are used in nanoscience and nanotechnology. The heat treatment...
Negative thermal expansion (NTE) upon heating is an unusual property but is observed in many materia...
Nanoporous (np) metals and alloys are the subject of increasing research attention due to their high...
Materials with a negative thermal expansion coefficient contract when heated and expand when cooled....
Abstract: Highly ordered nanoporous aluminum oxide (PAAO) is one of the most popular and cost-effec...
The fabrication of ordered nano-structured materials through anodic alumina oxide (AAO) template has...
The electrochemical growth of Au nanowires in a template of nano-porous anodic aluminum oxide was in...
Ni nanowire arrays were produced by electrodeposition of Ni into self-assembled porous anodic alumin...