ASAS

ASAS performs analysis and simulation of atomic emission and absorption spectra to model electronic transitions and support studies such as laser isotopic separation via selective photoionization.

Key Features:

• Selective Photoionization: Supports research involving laser isotopic separation processes that rely on selective photoionization principles.
• Absorption Spectrum Analysis: Obtains the absorption spectrum of specific atoms for experimental planning and data analysis.
• Simulation of Electronic Transitions: Models electronic transitions to simulate both emission and absorption spectroscopy.
• Database Input for Energy Levels and Spectral Lines: Operates from a database containing energy levels and spectral lines of the atoms under study.

Scientific Applications:

• Emission Spectroscopy: Simulates and analyzes emission spectra of elements.
• Absorption Spectroscopy: Studies atomic absorption at specific wavelengths.
• Experimental Planning: Uses simulated atomic spectra to inform experimental design.

Methodology:

Models electronic transitions and computes emission and absorption spectra from input databases of energy levels and spectral lines.