The presented operators will be useful for a variety of probability-fitting and optimization applications.
The presented Monte Carlo collision operator, which has a simple form, fulfills particle number, momentum, and energy conservation laws quasi-locally and is equivalent to the nonlinear Fokker Planck operator in the limit of infinitesimally small time interval of the binary collisions.
We analyze the presented DC PSE operators with respect to accuracy, rate of convergence, computational efficiency, numerical dispersion, numerical diffusion, and stability.
Thermal-hydraulic computer code calculations have been performed to simulate the symptoms presented to the operator to diagnose challenges to the critical safety functions (CSFs).
Moreover the present collision operator includes the thermal force effect, the numerical implementation of which has been adapted for the EIRENE code but the net effect has already been described in [9,10].
Unlike the original manually operated analog audio system installed 14 years ago, the new software-based system presents the operator with a custom graphical user interface on a computer screen that depicts the entire audio layout of the Winter Garden.
The corneal topography measurement data is mapped onto the same axis as used for the aberrometry measurement (LOS), and the results are presented to the operator following this mapping process.
