A photoacousticcell designed for controlled temperature operation up to 500 C with a
flowing coupling gas Is described. The compact design and the easy access to the cell …

A simple effective photoacoutic probe employing the acoustic waveguide effect in quartz
substrate is described. The photoacoustic probe consists of a quartz rod to the upper end of …

Laser photoacoustic spectroscopy (LPAS) is one of the most sensitive calorimetric
techniques that consists in energy conversion from modulated excitation radiation (laser) to …

We present and apply a novel method, the scattering photoacoustic (SPA) technique, for
measuring optical parameters in weakly absorbing, highly scattering suspensions. In this …

A photoacoustic spectrometer assembled from available components with a sample cell
utilizing an Inexpensive microphone and Integral preamplifier Is described. The performance …

Photoacoustic spectroscopy is employed as a calorimetric method for the determination of
the luminescent quantum efficiency of several solid materials: tetraphenylbutadiene (TPB) …

0.34-0.42. The anomalous positive frequency dependence of I on the modulation frequency f
observed for the stronger bands In the 45-µ and 260-µ particles Is believed to result from …

The optoacoustic signal generated via pulsed laser excitation-transducer detection is
frequency analyzed via a discrete Fourier transform. The frequency spectrum is found to …

BRIEF DIGITAL NOTES Page 1 BRIEF DIGITAL NOTES Brief Digital Notes are extended
abstracts (approximately 300 words) indicating succinctly the significant features of ~ useful …

Laser-based photoacoustic densitometry was applied to two-dimensional analysis in thin-
layer chromatography. An acousto-optic device was used to provide both intensity …