Stark Broadening, Boltzmann Plot Methods for Calculating Plasma Parameters by Laser-Induced Breakdown Spectroscopy for Gold Target
International Journal of Nanoscience, Volume 23, Issue 05, October 2024. In this investigation, a spectroscopic optical emission test was used to investigate the characteristics of gold plasmas that were produced in the surrounding environment using an Nd: YAG system at a wavelength of 1064[math]nm and had an energy output that varied from 400 to 600[math]mJ. The emission spectrum profiles of (Au) were analyzed and recorded using a spectrometer to aid in the extraction of vital plasma features (i.e., [math] and [math]). Plasma temperature was determined using the Boltzmann plot method, and electron density was determined using the Stark broadening method. The temperature was between (0.91 and 0.94)[math]eV, while the electron density ranged between (4.79 and 5.26) [math][math]cm[math]. The rest of the plasma parameters were calculated by the mathematical equations of the method used (Boltzmann Plott).
vigna
0
0
International Journal of Nanoscience, Volume 23, Issue 05, October 2024.
In this investigation, a spectroscopic optical emission test was used to investigate the characteristics of gold plasmas that were produced in the surrounding environment using an Nd: YAG system at a wavelength of 1064[math]nm and had an energy output that varied from 400 to 600[math]mJ. The emission spectrum profiles of (Au) were analyzed and recorded using a spectrometer to aid in the extraction of vital plasma features (i.e., [math] and [math]). Plasma temperature was determined using the Boltzmann plot method, and electron density was determined using the Stark broadening method. The temperature was between (0.91 and 0.94)[math]eV, while the electron density ranged between (4.79 and 5.26) [math][math]cm[math]. The rest of the plasma parameters were calculated by the mathematical equations of the method used (Boltzmann Plott).
In this investigation, a spectroscopic optical emission test was used to investigate the characteristics of gold plasmas that were produced in the surrounding environment using an Nd: YAG system at a wavelength of 1064[math]nm and had an energy output that varied from 400 to 600[math]mJ. The emission spectrum profiles of (Au) were analyzed and recorded using a spectrometer to aid in the extraction of vital plasma features (i.e., [math] and [math]). Plasma temperature was determined using the Boltzmann plot method, and electron density was determined using the Stark broadening method. The temperature was between (0.91 and 0.94)[math]eV, while the electron density ranged between (4.79 and 5.26) [math][math]cm[math]. The rest of the plasma parameters were calculated by the mathematical equations of the method used (Boltzmann Plott).
