Photoacoustic Effect Studies Carried Out on Tissue-Mimicking Phantoms
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https://doi.org/10.5281/zenodo.6948354Keywords:
Photoacoustic effect, tissue-mimicking phantoms, agar, zerdin, muscle phantom, electrical signals, photoacoustic spectroscopy, photoacoustic imagingAbstract
Both photoacoustic spectroscopy and photoacoustic imaging studies are based on the principle of photoacoustic effect. Investigating photoacoustic effects of tissue-mimicking materials with different structures can provide valuable information for the scientific community. In this study, a cell-type photoacoustic measurement system filled with air was developed. The photoacoustic measurement system was composed of a continuous-wave laser system, chopper, lock-in amplifier, and an experimental cell inside which a sensitive microphone was located. Continuous-wave laser light, working together with a chopper, was projected onto different tissue-like materials placed in the cell and the electrical signals of photoacoustic effects of different types of tissue-mimicking materials were obtained in this way. The spectra obtained from electrical signal were extracted at various chopper frequencies. Furthermore, it was also shown in an innovative way that the macroscopic and microscopic optical parameters of phantoms can be determined from photoacoustic measurements.
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