As a promising modeling method,the reverse Monte Carlo(RMC) method has been widely used in amorphous carbon study.

The structure of two Ge-As-Te glasses with compositions of Ge10As18Te72 and Ge15As45Te4o were studied by X-ray diffraction radial distribution function analysis and Reverse Monte Carlo simulation.

Computing radiative intensity components by using the backward Monte Carlo method;

Analysis of the adjacency effect in satellite remote sensing by using backward Monte Carlo method;

The application of Monte Carlo method in the flame radiation;

Application of Monte Carlo method in Jixiangtun gas reservoir reserve calculation;

Ceiling panel heating based on Monte Carlo Method;

Monte Carlo simulation was employed to realize the reliability design of gears,proving that the application of Monte Carle method in gear design is appropriate and feasible.

A method based on Monte Carlo simulation is presented to build the probabilistic model of operating over-voltage evaluation for energization of no-load (or light load) transmission lines in black-start process of power systems.

In order to improve the computation speed of Monte Carlo simulation, the relationship between random number generator and Monte Carlo simulation convergency is studied and the new concept of complete sampling for Monte Carlo simulation is presented.