Add to ORKGWe observe the assembly of CdS nanorod superlattices by the combination of a DC electric field and solvent evaporation. In each electric field (1 V/um) assisted assembly, CdS nanorods (5 x 30 nm) suspended initially in toluene were observed to align perpendicularly to the substrate. Azimuthal alignment along the nanorod crystal faces and the presence of stacking faults indicate that both 2D and 3D assemblies were formed by a process of controlled super crystal growth
Although many nanoscale materials such as quantum dots and metallic nanocrystals exhibit size depend...
Extensive prior work has shown that colloidal inorganic nanocrystals coated with organic ligand shel...
Key limitations of the colloidal semiconductor nanorods that have been reported so far are a signifi...
We observe the assembly of CdS nanorod superlattices by the combination of a DC electric field and s...
Supercrystallisation of CdS nanorods (10 nm × 25 nm) into perpendicular superlattices was obtained b...
peer-reviewedAssembly of CdS nanorods (8 × 100 nm) into vertically aligned arrays over very large ar...
In this article we outline the assembly of binary, ternary and quaternary nanorods using three separ...
Directing the orientation of anisotropic nanocrystal assemblies is important for harnessing the shap...
peer-reviewedCoulomb repulsion due to the surface charge on semi-conductor nanorods works against th...
Assembly of CdS nanorods (8 × 100 nm) into vertically aligned arrays over very large areas on a subs...
We studied spontaneously self-assembled aggregates in a suspension of CdSe/CdS core/shell nanorods (...
This work is devoted to the synthesis and controlled assembly of semiconductor nanorod between elect...
We report control over the phase behavior of CdS nanorods via the solvent and acidity. CdS nanorods ...
We report control over the phase behavior of CdS nanorods via the solvent and acidity. CdS nanorods ...
Controlled growth of single-crystalline CdS branched nanorod arrays (B-NRs) on fluorine-doped tin ox...
Although many nanoscale materials such as quantum dots and metallic nanocrystals exhibit size depend...
Extensive prior work has shown that colloidal inorganic nanocrystals coated with organic ligand shel...
Key limitations of the colloidal semiconductor nanorods that have been reported so far are a signifi...
We observe the assembly of CdS nanorod superlattices by the combination of a DC electric field and s...
Supercrystallisation of CdS nanorods (10 nm × 25 nm) into perpendicular superlattices was obtained b...
peer-reviewedAssembly of CdS nanorods (8 × 100 nm) into vertically aligned arrays over very large ar...
In this article we outline the assembly of binary, ternary and quaternary nanorods using three separ...
Directing the orientation of anisotropic nanocrystal assemblies is important for harnessing the shap...
peer-reviewedCoulomb repulsion due to the surface charge on semi-conductor nanorods works against th...
Assembly of CdS nanorods (8 × 100 nm) into vertically aligned arrays over very large areas on a subs...
We studied spontaneously self-assembled aggregates in a suspension of CdSe/CdS core/shell nanorods (...
This work is devoted to the synthesis and controlled assembly of semiconductor nanorod between elect...
We report control over the phase behavior of CdS nanorods via the solvent and acidity. CdS nanorods ...
We report control over the phase behavior of CdS nanorods via the solvent and acidity. CdS nanorods ...
Controlled growth of single-crystalline CdS branched nanorod arrays (B-NRs) on fluorine-doped tin ox...
Although many nanoscale materials such as quantum dots and metallic nanocrystals exhibit size depend...
Extensive prior work has shown that colloidal inorganic nanocrystals coated with organic ligand shel...
Key limitations of the colloidal semiconductor nanorods that have been reported so far are a signifi...