co2amp is a software program designed for modeling the dynamics of ultrashort pulses in optical systems with CO₂ amplifiers. Based on comprehensive physical models, it enables users to simulate and analyze the behavior of ultrashort laser pulses as they interact with CO₂ laser amplifiers and other optical system elements, providing insights into pulse evolution during propagation within these systems.
- Simulation of Ultrashort Pulse Dynamics: Model the intricate dynamics of ultrashort pulses in CO₂ amplifier systems.
- Pulse Amplification and Shaping: Analyze how pulses are amplified and shaped during propagation.
- Customizable Amplifier Parameters: Adjust amplifier settings to match specific experimental setups.
- Arbitrary Optical Configurations: Configure optical systems with customizable elements and layouts.
- Nonlinear Refraction: Include effects of nonlinear refraction in simulations.
- Graphical User Interface: Visualize pulse evolution and gain intuitive insights into system behavior.
If you use co2amp in your research, please cite:
M. N. Polyanskiy, "co2amp: A software program for modeling the dynamics of ultrashort pulses in optical systems with CO₂ amplifiers," Applied Optics, vol. 54, no. 17, pp. 5136-5142, 2015. https://doi.org/10.1364/AO.54.005136