Artículo de publicación ISIWe report on the preparation of WO3 nanostructures using tungsten wire and iron wool in a domestic microwave oven. Pure WO3 nanoparticles were octahedral or rhombohedral while iron containing nanoparticles were spheroidal. Nanoparticles of monoclinic and cubic WO3 were found in the interior of burned commercial light bulbs, where they grow by a spontaneous reactive gas condensation process. This process was emulated heating a W filament under N2 inside a glass bell jar with a small air leak
Tungsten oxide nanowires are grown directly on tungsten wires and plates using thermal heating in an...
Abstract In this letter, the production of multi-phase WO3 and WO3- x (where x could vary between ...
208-215The direct photoconversion of carbon dioxide and methane is investigated in an appropriate ga...
WO3 is a versatile material occurring in many polymorphs, and is used in nanostructured form in many...
Arrays of tungsten oxide nanorods, approximately 500 nm in diameter and 10 mu m in length, have been...
From IOP Publishing via Jisc Publications RouterHistory: received 2020-12-21, rev-recd 2021-04-07, o...
Abstract Laser pyrolysis has been used to synthesize WO3 nanostructures. Spherical nano-particles we...
Tungsten oxide nanopowders and nanorods were synthesized by using a modified plasma arc gas condensa...
A simple vapour deposition technique was used to prepare WO3 one-dimensional nanostructures. WO3 is ...
WO3 is a versatile material occurring in many polymorphs, and is used in nanostructured form in many...
A simple vapour deposition technique was used to prepare WO3 one-dimensional nanostructures.WO3 is s...
Tungsten oxide nanofibers were successfully prepared via thermal treatment of electrospun composite ...
Arrays of tungsten oxide nanorods, approximately 500 nm in diameter and 10 μm in length, have been g...
The direct photoconversion of carbon dioxide and methane is investigated in an appropriate gas-pha...
We present the synthesis of three-dimensional tungsten oxide (WO3 − x) nanostructures, called nanoca...
Tungsten oxide nanowires are grown directly on tungsten wires and plates using thermal heating in an...
Abstract In this letter, the production of multi-phase WO3 and WO3- x (where x could vary between ...
208-215The direct photoconversion of carbon dioxide and methane is investigated in an appropriate ga...
WO3 is a versatile material occurring in many polymorphs, and is used in nanostructured form in many...
Arrays of tungsten oxide nanorods, approximately 500 nm in diameter and 10 mu m in length, have been...
From IOP Publishing via Jisc Publications RouterHistory: received 2020-12-21, rev-recd 2021-04-07, o...
Abstract Laser pyrolysis has been used to synthesize WO3 nanostructures. Spherical nano-particles we...
Tungsten oxide nanopowders and nanorods were synthesized by using a modified plasma arc gas condensa...
A simple vapour deposition technique was used to prepare WO3 one-dimensional nanostructures. WO3 is ...
WO3 is a versatile material occurring in many polymorphs, and is used in nanostructured form in many...
A simple vapour deposition technique was used to prepare WO3 one-dimensional nanostructures.WO3 is s...
Tungsten oxide nanofibers were successfully prepared via thermal treatment of electrospun composite ...
Arrays of tungsten oxide nanorods, approximately 500 nm in diameter and 10 μm in length, have been g...
The direct photoconversion of carbon dioxide and methane is investigated in an appropriate gas-pha...
We present the synthesis of three-dimensional tungsten oxide (WO3 − x) nanostructures, called nanoca...
Tungsten oxide nanowires are grown directly on tungsten wires and plates using thermal heating in an...
Abstract In this letter, the production of multi-phase WO3 and WO3- x (where x could vary between ...
208-215The direct photoconversion of carbon dioxide and methane is investigated in an appropriate ga...