Andere Kunden interessierten sich auch für
![Mechanical and Thermal characterization of Wood Polymer Composites]( "Mechanical and Thermal characterization of Wood Polymer Composites")
Mechanical and Thermal characterization of Wood Polymer Composites32,99 €![Synthesis and characterization of nanomaterials]( "Synthesis and characterization of nanomaterials")
Synthesis and characterization of nanomaterials26,99 €![Production, Purification, Characterization and Application of Lipases]( "Production, Purification, Characterization and Application of Lipases")
Production, Purification, Characterization and Application of Lipases36,99 €![Electrochemical characterization of buried coated carbon steels]( "Electrochemical characterization of buried coated carbon steels")
Electrochemical characterization of buried coated carbon steels32,99 €![Characterization of near surface aerosols at a semi-arid station]( "Characterization of near surface aerosols at a semi-arid station")
Characterization of near surface aerosols at a semi-arid station26,99 €![Nano-Alloys: as Potential Modifier]( "Nano-Alloys: as Potential Modifier")
Nano-Alloys: as Potential Modifier42,99 €![Applications of the Intelligent Techniques in Thermal Power Plants]( "Applications of the Intelligent Techniques in Thermal Power Plants")
Applications of the Intelligent Techniques in Thermal Power Plants23,99 €
The present work involves synthesis and characterization of Nanocomposite and to know the sensitivity of prepared samples for gas sensor application. Magnesium Ferrite/Anatase Titanium dioxide Nanocomposite was prepared by Chemical combustion cum wet grinding technique MgFe2O4(1-x)/TiO2(x) i.e., (0X1.0). Then mixed powder was annealing to a temperature of 500 C, Further these materials were used for gas sensor application. The obtained materials were characterized by XRD, PSA, SEM, UV-Visible, FTIR, and TG-DTA respectively. The gas sensor application for characterized samples have electrons as majority carriers in the conduction band of n-type semiconductor materials MgFe2O4(1-x)/Anatase TiO2(x). When exposed to the air, the atmospheric oxygen molecules are adsorbed on the surface of the material causing the depletion layer at the surface of the material. As a result the material shows high resistance when exposed to C2H5OH gas, the interaction of C2H5OH with the surface chemisorbed O2- takes place releasing electrons to the depletion layer and increasing the electrical conductance of the semiconductor decreases the resistance and improves the sensitivity for prepared samples.