L-shaped and U-shaped Al2O3 nanowires were synthesized using a vapor phase deposition method. The as-grown nanowires are single crystalline and structurally uniform at the junction of the branches. Detailed TEM analysis revealed that the growth direction of the nanowires is parallel to the a- or b-axis directions, and switched growth from one direction to another forms the rectangular morphology of the peculiar L-shaped or U-shaped nanowires. Possible growth mechanism of the Al2O3 nanowires was explained. Our results can provide evidence to understand the growth mechanism of the complicated nanostructure.OpticsPhysics, Atomic, Molecular & ChemicalSCI(E)CPCI-S(ISTP)
[[abstract]]Amorphous AlQ(3) nanowires were fabricated by vapor condensation under a cold trap. Thei...
We report the growth and nanoscale luminescence characteristics of 8-hydroxyquinolinato aluminum (Al...
[[abstract]]Amorphous AlQ(3) nanowires were fabricated by vapor condensation under a cold trap. Thei...
L-shaped and U-shaped Al2O3 nanowires were synthesized using a vapor phase deposition method. The a...
ABSTRACT: We report here a tunable synthesis of single crystalline hierarchical R-Al2O3 nanobelts an...
Alumina nanowires were synthesized on large-area silicon substrate via simple thermal evaporation me...
Alumina nanowires were synthesized on a large-area silicon substrate via simple thermal evaporation ...
α-Al2O3 nanowires, with diameter around 10 nm, were synthesized in bulk quantity by heating th...
Herein, we have investigated the various characteristics of two structurally different phases of Al2...
Crystal-growth-related microstructures and the length-to-diameter ratio of a single-crystal-type &al...
Herein, we have demonstrated the high yield facile growth of Al2O3 nanowires of uniform morphology w...
The synthesis of single-crystalline α-Al2O3 nanotubes was carried out using as-prepared single-cryst...
Tris(8-hydroxyquinoline) aluminum (Alq 3) is one of the most commonly used electron transporting and...
Controlled growth of oxide nanowires is an emerging research field with many applications in, for ex...
Alumina nanowires were synthesized on large-area silicon substrate via simple thermal evaporation (m...
[[abstract]]Amorphous AlQ(3) nanowires were fabricated by vapor condensation under a cold trap. Thei...
We report the growth and nanoscale luminescence characteristics of 8-hydroxyquinolinato aluminum (Al...
[[abstract]]Amorphous AlQ(3) nanowires were fabricated by vapor condensation under a cold trap. Thei...
L-shaped and U-shaped Al2O3 nanowires were synthesized using a vapor phase deposition method. The a...
ABSTRACT: We report here a tunable synthesis of single crystalline hierarchical R-Al2O3 nanobelts an...
Alumina nanowires were synthesized on large-area silicon substrate via simple thermal evaporation me...
Alumina nanowires were synthesized on a large-area silicon substrate via simple thermal evaporation ...
α-Al2O3 nanowires, with diameter around 10 nm, were synthesized in bulk quantity by heating th...
Herein, we have investigated the various characteristics of two structurally different phases of Al2...
Crystal-growth-related microstructures and the length-to-diameter ratio of a single-crystal-type &al...
Herein, we have demonstrated the high yield facile growth of Al2O3 nanowires of uniform morphology w...
The synthesis of single-crystalline α-Al2O3 nanotubes was carried out using as-prepared single-cryst...
Tris(8-hydroxyquinoline) aluminum (Alq 3) is one of the most commonly used electron transporting and...
Controlled growth of oxide nanowires is an emerging research field with many applications in, for ex...
Alumina nanowires were synthesized on large-area silicon substrate via simple thermal evaporation (m...
[[abstract]]Amorphous AlQ(3) nanowires were fabricated by vapor condensation under a cold trap. Thei...
We report the growth and nanoscale luminescence characteristics of 8-hydroxyquinolinato aluminum (Al...
[[abstract]]Amorphous AlQ(3) nanowires were fabricated by vapor condensation under a cold trap. Thei...