H2S Gas Sensor at Room Temperature For SnO2-CuO Thick Film
Journal Title: International Journal for Research in Applied Science and Engineering Technology (IJRASET) - Year 2017, Vol 5, Issue 6
Abstract
The SnO2 and CuO powder mixed with different ratio and heated at 8000C and then this powder is used to prepared thick films by a screen – printing technique on glass substrate. The H2S gas sensing properties, particularly the rate of response of CuO-SnO2 sensors are influenced by the CuO loadings at room temperature. XRD analysis showed that crystallite size is small (97.3nm) for 50SnO2-50CuO composition. The Sensitivity increases drastically as the expose of H2S gas for 50SnO2-50CuO sample. This sample is found to be better sensing material as regards to other.
Authors and Affiliations
S. M. Yenorkar
Keywords
Related Articles
- EP ID EP24696
- DOI -
- Views 393
- Downloads 13
slugCalculating Transmittivity of Photonic Multiple Quantum Well for S-Polarized Incidence
Novel bandpass filter is proposed using photonic multiple quantum well structure by computing transmittivity for normal and oblique incidence of s - polarized electromagnetic wave. Ratio of thickness of uni...
Comparison of Shear Wall and Bracing in RCC Framed Structures
In past few years considerable emphasis has been given on performance based design for earthquake resistant structure. Therefore to increases the ductility of the structure a shear wall or a bracing system is introduced...
Behavior of Software Reliability Based On Game Theory
Software Management includes the study and analysis of the software development in an organize way so that the transparency of the whole system will be improved. Some of the common software management approaches like CM...
Analysis of 64-Bit Sram Architecture in 90nm Technology Using Dual Threshold Voltage
Static Random Access Memory (SRAM) is a type of memory that is used for high speed and low power applications. As the technology is scaling down, the noise margin of the SRAM cells decreases with the scaling of power s...
Weight Optimisation and Burst Margin of Aero Engine Compressor Disc
Rotating disks are heavy, highly stressed components used in gas turbine mainly due to over speed and operating temperatures. In this work compressor disc are concentrated. The objective of this work was to develop fini...