The theoretical and experimental foundations of some of the most common frequency-
domain photothermal techniques for measuring thermophysical properties of materials are …

In this work, thermal characterization of centrifuged aromatic citrus oils was studied using
thermal lens (TL) and open photoacoustic cell (OPC). The thermal diffusivity (D) was …

Surface light scattering (SLS) probes, as the name indicates, the dynamics of thermal
fluctuations on the surface of a liquid or, in a more general formulation, at phase boundaries …

Photothermal techniques were used to study thermal diffusivity, thermal effusivity, thermal
conductivity and specific heat of folded and non-folded citrus essential oils and their …

Thermal lens spectrometry is a very sensitive non-evasive technique that offers a reliable
alternative for measurement of materials thermal diffusivity. In this work, silver nanoparticles …

A new approach based on a variant of differential photoacoustic (PA) cells, and a first-order
approximation of RG model, is used to measure directly the thermal effusivity in solids is …

In this paper the pulse thermovision (photothermal) detection and quantification methods of
C60 and C70 fullerenes are presented. Quantification results are compared with optical and …

The main goal of this paper is to demonstrate capability of pulse thermovision (thermal-
wave) methodology for sensitive detection of photothermal non-uniformities within light …

The main objective of the present study was to determine some of the physical, chemical
and sensory characteristics of essential oil extracted from orange peel using microwave …

This chapter gives the mathematical formulations for three algorithms for the measurement
of either mass or thermal diffusivity. Concentration, or temperature, data are collected at two …