摘要
中子学分析涉及复杂的几何模型和三维数据场,数据分析处理已逐渐成为中子学分析工作的瓶颈,发展面向中子学分析的专用可视化系统有利于提高数据分析效率。SVIP是一个面向中子学分析并具有扩展应用领域能力的集成可视化平台,本文对SVIP进行了全面介绍,包括系统的总体框架、主要功能、开发平台和关键技术。本文以ITER基准校验模型为例对SVIP进行全面测试,测试结果显示SVIP显著简化了数据分析工作的流程,提高了分析效率。
Complex geometry models and 3D data fields are involved in neutronics analyses, data processing is becoming the bottleneck of neutronics analyses, it is helpful for improving efficiency of data processing to develop dedicated visualization platform for neutronics analyses. SVIP is an integrated visualization platform for neutronics analyses. This paper gives a comprehensive introduction to SVIP, including its framework, main functions, development environment and key technologies. SVIP is tested by using the ITER Benchmark Model, the result shows that the data analyses process has been apparently simplified and the efficiency has been greatly enhanced.
出处
《核科学与工程》
CAS
CSCD
北大核心
2007年第4期374-378,共5页
Nuclear Science and Engineering
基金
中科院知识创新工程项目
合肥工业大学博士学位专项资助基金
