A Study on Comparison of Figure of Merit for Common Thermocouples in the High Temperature Range

Investigating the Response of Thermocouples to Applied Electric Fields

Abstract

This paper about the vitality change attributes of progressed thermoelectric materials like Platinum, Rhodium, Constantan, Chromel and Alumel (of sorts B, E, R, K and S) in the impact of connected electric field elements. These sorts of the materials are for the most part taken as the temperature estimating apparatuses in the basic liquid conditions of certain materials and other high temperature conditions. However, here, their reaction just to Seebeck impact is broke down as the working of thermo generator components. This is a methodology of their utilization in those conditions where the squander warm is accessible along with the electric fields. The age of thermo emf is researched in the normalmode to the temperature scope of 3300Cand at that point contrasted and their comparative exhibitions under the impact of connected electric field in different introductions (parallel and opposite) for various extents at a similar temperature extend.