... the whole-field temperature field of the foil around the region of droplet impact through infrared thermography. The busbars are connected to a DC power supply (Make: Aplab, India, 0–16 V DC, 0–30 A) and the foil temperature is regulated by varying the high amperage current flowing through it, facilitated...

..., and the analysis was carried out with Reynolds numbers of 45,000, 60,000, and 75,000. The infrared thermography (IRT) technique is employed to obtain the local temperature distribution on heated smooth and ribbed surfaces. In all ribbed cases, the copper ribs are glued to the heated surface with a fixed rib height...

.... The analysis demonstrates the enhanced heat transfer achieved by the microthermal system and confirms the potential in reusing the recovered heat from HCPV systems in a secondary process. micro heat exchanger microchannels conjugated heat transfer HCPV system waste heat recovery infrared thermography...

.... microthermometry Raman spectroscropy Infrared thermography SOI silicon thermal microactuator High spatial resolution thermal metrology is necessary for assessing thermal gradients across microsystems devices. Direct thermal measurements are used to further understanding of microelectromechanical...

... heat transfer measurements. The surface temperature was measured using an infrared thermography technique. Numerical computations were performed using a RANS based RNG turbulence model to predict the strongly swirling flow and its effect on the convective heat transfer on the combustor liner walls...