基于霍尔三维结构理论的化学控制计算软件的开发
Development of Chemical Control Calculation Software Based on Hall's Three-Dimensional Structure Theory
于洋1
作者信息
- 1. 江苏核电有限公司 江苏连云港 222000
- 折叠
摘要
在核电厂中化学控制计算与机组反应性控制、设备管道腐蚀以及机组运行寿命等方面有着重要联系,通过开发并使用程序化计算软件可有效提高计算准确率、缩短工时以及降低人因失误,进一步提升化学精细化控制水平.根据霍尔三维结构模型,从逻辑维、时间维和知识维角度分析软件开发过程,将化学科学专业知识与软件开发和系统管理相融合,形成一套完整的软件开发方法.软件开发大大提升了化学控制智能化水平,有效保证机组长期、稳定、安全地运行.
Abstract
In nuclear power plants,chemical control calculations are closely related to unit reactivity control,equip-ment pipeline corrosion and unit operation life.The development and use of programmed calculation software can effectively improve the accuracy of calculation,shorten working hours and reduce human errors,so as to further im-prove the level of chemical fine control.According to Hall's three-dimensional structure model,the software devel-opment process is analyzed from the perspectives of the logic dimension,time dimension and knowledge dimen-sion,and the professional knowledge of chemical science is integrated with software development and system man-agement,so as to form a complete set of software development methods.Software development has greatly im-proved the intelligent level of chemical control and effectively guaranteed the long-term,stable and safe operation of the unit.
关键词
霍尔三维模型/化学控制/软件开发/核电厂Key words
Hall's three-dimensional model/Chemical control/Software development/Nuclear power plant引用本文复制引用
出版年
2024
NETL
NSTL
万方数据