Add to ORKGThis paper concerns the use of photoacoustic spectroscopy (PAS) as a powerful technique to estimate thermal properties of aluminum nanosized powders. Aluminum nanopowders are considered as effective constituents of energetic materials. Thermal conductivity is an important factor in ignition behavior of aluminum nanopowders. For this work, graphite was used as reference material. The experiments showed that nanosized aluminum revealed the same behavior as that of graphite at photoacoustic measurements (similar values of the signal amplitude at various frequencies). It allowed us to assume that both materials have the same thermal diffusivity length
The use of the photoacoustic technique to monitor the thermal properties of materials that can be ob...
This article reports on the effect of aluminum (Al) volume fraction concentration on the thermal con...
In this study, thermal properties of high-density polyethylene (HDPE) filled with nanosized Al parti...
This paper concerns the use of photoacoustic spectroscopy (PAS) as a powerful technique to estimate ...
Using the open photoacoustic cell technique, we obtained the spectra of the photoacoustic signal amp...
The thermal diffusivity of y-alumina is determined by the photoacoustic method. The method is calibr...
The effective thermal diffusivity of metal powders in air at room temperature is measured by the pho...
The paper presents a study of possibilities to extend the present methodology for thermal characteri...
In this paper, we report the measurements of thermal diffusivity of nano Ag metal dispersed ceramic ...
Nano-structured energetic materials have been recently proposed as novel energy storage media where ...
An application of photoacoustic technique is developed for determining the thermal diffusivity coeff...
In the present work, we use an open-photoacoustic-cell (OPC) operating at high frequency to measure ...
Photoacoustic technique has emerged as a powerful tool for nondestructive evaluation and characteriz...
We presented a new method for determining the thermal diffusivity in opaque solids by means of the p...
Thermal diffusivity of gold alloys and superconducting ceramics was measured using photoacoustic tec...
The use of the photoacoustic technique to monitor the thermal properties of materials that can be ob...
This article reports on the effect of aluminum (Al) volume fraction concentration on the thermal con...
In this study, thermal properties of high-density polyethylene (HDPE) filled with nanosized Al parti...
This paper concerns the use of photoacoustic spectroscopy (PAS) as a powerful technique to estimate ...
Using the open photoacoustic cell technique, we obtained the spectra of the photoacoustic signal amp...
The thermal diffusivity of y-alumina is determined by the photoacoustic method. The method is calibr...
The effective thermal diffusivity of metal powders in air at room temperature is measured by the pho...
The paper presents a study of possibilities to extend the present methodology for thermal characteri...
In this paper, we report the measurements of thermal diffusivity of nano Ag metal dispersed ceramic ...
Nano-structured energetic materials have been recently proposed as novel energy storage media where ...
An application of photoacoustic technique is developed for determining the thermal diffusivity coeff...
In the present work, we use an open-photoacoustic-cell (OPC) operating at high frequency to measure ...
Photoacoustic technique has emerged as a powerful tool for nondestructive evaluation and characteriz...
We presented a new method for determining the thermal diffusivity in opaque solids by means of the p...
Thermal diffusivity of gold alloys and superconducting ceramics was measured using photoacoustic tec...
The use of the photoacoustic technique to monitor the thermal properties of materials that can be ob...
This article reports on the effect of aluminum (Al) volume fraction concentration on the thermal con...
In this study, thermal properties of high-density polyethylene (HDPE) filled with nanosized Al parti...