Suspensions of nano-sized solid particles in a liquid medium, known as nanofluids show
remarkable enhancement in thermal conductivity compared to the base fluid. Nanofluids are …

Characterization of the thermal properties of the surface and subsurface structures of the
skin can reveal the degree of hydration, the rate of blood flow in near‐surface micro‐and …

The 3ω method for measurement of thermal conductivity of a solid usually consists of a strip
heater above a substrate, and the method is based on an approximate solution of the heat …

This project originated from a need for understanding heat transfer in carbon-fiber/epoxy
natural-gas tanks undergoing rapid heating during refilling. This paper presents both …

Accurate knowledge of the thermal conductivity (k) of biological tissues is important for
cryopreservation, thermal ablation, and cryosurgery. Here, we adapt the 3ω method—widely …

This work presents a method to measure the thermal conductivity and heat capacity of
electrically conducting small-volume liquid samples using the 3 ω technique. A …

Thermoelectric materials and devices have attracted extensive research interests. Great
progress has been obtained in improving the thermoelectric figure of merit ZT of several one …

Gas concentration monitoring is essential in industrial or life science areas in order to
address safety-relevant or process-related questions. Many of the sensors used in this …

Effective thermal conductivity (ETC) of oil-saturated sandstone (porosity 13%) have been
measured over a temperature range from (288 to 520) K and at pressures up to 250MPa …

A novel 3ω thermal conductivity measurement technique called metal-coated 3ω is
introduced for use with liquids, gases, powders, and aerogels. This technique employs a …