Mathematical models of the corrosion destruction of protective barriers of nuclear and radiation hazardous objects in the marine environment and the software tools developed for predicting the time of destruction and possible consequences of depressurization with pollution of the marine environment are analyzed. The models are based on the idea of an assemblage of protective barriers in the form of a directed weighted graph. Optimized algorithms taking into account the stochastic properties of corrosion made it possible to develop software tools in client-server architecture to estimate the time to complete destruction of protective barriers and the rate of release of radionuclides into the marine environment.

分析了海洋环境中核和辐射危险物体的防护屏障腐蚀破坏的数学模型，以及为预测破坏时间和减压对海洋环境污染的可能后果而开发的软件工具。这些模型基于有向加权图形式的保护屏障组合的想法。考虑到腐蚀的随机特性的优化算法使得在客户端-服务器架构中开发软件工具成为可能，以估计保护屏障完全破坏的时间和放射性核素释放到海洋环境中的速度。