×

You are using an outdated browser Internet Explorer. It does not support some functions of the site.

Recommend that you install one of the following browsers: Firefox, Opera or Chrome.

Contacts:

+7 961 270-60-01
ivdon@ivdon.ru

Statistical model of optoacoustic transformation in the moving liquid medium using nanoparticles for noninvasive blood analysis system

Abstract

Statistical model of optoacoustic transformation in the moving liquid medium using nanoparticles for noninvasive blood analysis system

Orda-Zhigulina D.V., Orda-Zhigulina M.V., Starchenko I.B.

Incoming article date: 31.08.2018

In this paper proposed a statistical model of the optoacoustic transformation in the moving liquid medium using nanoparticles for a noninvasive blood analysis system. Since to increase the accuracy of measurements should take into account the probabilistic nature of the distribution of nanoscale objects as contrast agents in the blood stream in the human cardiovascular system. To determine the statistical characteristics of the component of the sound signal formed by a conglomerate of nanoscale objects using Monte Carlo simulation. Main static characteristics were calculated and the density distribution of the probability of the normalized amplitude of the sound signal was determined for a series of numerical experiments.

Keywords: optoacoustics, optoacoustic effect, flow cytometry, acoustic signal, carbon nanotubes, laser sound excitation, statistical analysis