A Simple and Direct Method for Local Temperature Measurement and its Applications to Materials Evaluations

Takashi Hasegawa; Toru Kohara; Masumi Saka

doi:10.4028/www.scientific.net/KEM.345-346.1279

Paper Titles

Multi-Scale Modelling Scheme for Carbon Nanotube Reinforced Metal Matrix Composites
p.1261

Bending Property of Sandwich Beams with MWNTs/Polymer Nanocomposites as Core Materials
p.1265

Polyurethane Coating on Coronary Stents
p.1269

Heat Treatment and Impact Testing of Composite Wires
p.1273

A Simple and Direct Method for Local Temperature Measurement and its Applications to Materials Evaluations
p.1279

Magnetic Investigation of Thermal Shock Fatigue Process
p.1283

Influence of the Thickness and Frequency in the Infrared Hybrid Method in Consideration of Heat Conduction
p.1287

Eddy Current and Fuzzy Inference to Control Defects Growth in Reinforced Concrete
p.1291

Application of Magnetostrictive Transducer for the Long-Range Guided Wave Inspection
p.1295

HomeKey Engineering MaterialsKey Engineering Materials Vols. 345-346A Simple and Direct Method for Local Temperature...

A Simple and Direct Method for Local Temperature Measurement and its Applications to Materials Evaluations

Abstract:

General thermometers pose difficulty in measuring the actual surface temperature of a micro-area, especially in electronic devices. In the present study, an approach to direct measurement of surface temperature is described, which utilizes the potential of melting point of different chemical reagents. The present technique exhibits a temperature resolution of about 5○C and the measurable maximum temperature of about 200○C. A short comment on the application of the technique to determine the actual surface temperature of small areas in some engineering applications is also stated.