Electrospun metal oxide nanofibers, due to their unique structural and electrical properties, are now being considered as materials with great potential for gas sensor applications. This critical review attempts to assess the feasibility of these perspectives. The article in Part 1 discusses the basic principles of electrospinning and the features of the formation of metal oxide nanofibers using this method. Approaches to optimization of nanofibers’ parameters important for gas sensor application are also considered
Self-heating of metal oxide nanowires when a measuring current flows through them allows simultaneou...
In recent years air pollution has risen dramatically, therefore detecting hazardous gases is becomin...
Semiconducting oxide nanobelts have been obtained by vapor phase deposition. In this work we present...
Electrospun metal oxide nanofibers, due to their unique structural and electrical properties, are no...
Nanofibers fabricated via electrospinning have specific surface approximately one to two orders of t...
Sensors for monitoring gas composition in high temperature environments are of paramount importance ...
In this paper, we present H<sub>2</sub> gas sensors based on hollow and filled, well-aligned electro...
This Research Article discusses the growth of polycrystalline, self-supporting ZnO nanofibers, which...
One-dimensional nanostructures have several attractive material properties compared to their bulk co...
Metal oxide nanowires are very promising active materials for different applications, especially in ...
This Research Article discusses the growth of polycrystalline, self-supporting ZnO nanofibers, which...
The development of nanostructured functional materials with unique properties is of great interest i...
Electrospun one-dimensional (1D) nanostructures are rapidly emerging as key enabling components in g...
This study reviews the structure and properties of nanostructured composite conductometric sensors b...
For application in sensors, electrospun nanofiber composites based on ceramics attract a lot attenti...
Self-heating of metal oxide nanowires when a measuring current flows through them allows simultaneou...
In recent years air pollution has risen dramatically, therefore detecting hazardous gases is becomin...
Semiconducting oxide nanobelts have been obtained by vapor phase deposition. In this work we present...
Electrospun metal oxide nanofibers, due to their unique structural and electrical properties, are no...
Nanofibers fabricated via electrospinning have specific surface approximately one to two orders of t...
Sensors for monitoring gas composition in high temperature environments are of paramount importance ...
In this paper, we present H<sub>2</sub> gas sensors based on hollow and filled, well-aligned electro...
This Research Article discusses the growth of polycrystalline, self-supporting ZnO nanofibers, which...
One-dimensional nanostructures have several attractive material properties compared to their bulk co...
Metal oxide nanowires are very promising active materials for different applications, especially in ...
This Research Article discusses the growth of polycrystalline, self-supporting ZnO nanofibers, which...
The development of nanostructured functional materials with unique properties is of great interest i...
Electrospun one-dimensional (1D) nanostructures are rapidly emerging as key enabling components in g...
This study reviews the structure and properties of nanostructured composite conductometric sensors b...
For application in sensors, electrospun nanofiber composites based on ceramics attract a lot attenti...
Self-heating of metal oxide nanowires when a measuring current flows through them allows simultaneou...
In recent years air pollution has risen dramatically, therefore detecting hazardous gases is becomin...
Semiconducting oxide nanobelts have been obtained by vapor phase deposition. In this work we present...