This is a critical analysis of the application of infrared technique on devices in the range of
tens to hundreds of micro-meters. Such devices are typical in micro-scale systems …

Non-intrusive local temperature measurement in convective microchannel flows using
infrared (IR) thermography is presented. This technique can be used to determine local …

We describe a method to measure the surface temperature of small-size devices by means
of an infrared technique. The method is based on adjusting the temperature of the …

Though microreactors provide high heat transfer rates, temperature profiles are formed in
case of fast and highly exothermic reactions. A method based on non-intrusive infrared …

The development and optimization of microsystems, such as microreactors, micro heat
exchange systems, microactuators, microsensors, and others, often require the knowledge …

In order to understand heat transfer processes at the microscale, detailed temperature
measurements are required. This article begins with a review of the current state-of-the art in …

This work is devoted to the first analysis of temperature fields related to chemical microfluidic
reactors. The heat transport around and inside a microchannel is both convective and …

Heat transfer in microfluidic devices and hence miniaturized thermal sensors has been
widely analyzed in the last decade and is of great importance in applications such as micro …

Temperature and heat-flux measurement at the microscale for convective heat-transfer
studies requires highly precise, minimally intrusive sensors. For this purpose, a new generic …

This work presents a novel method and a device for real-time simultaneous measurement of
the thermal conductivity and heat capacity of 12 nl fluid samples. The device uses a …