模型驱动架构(Model Driven Architecture,MDA)是一种先进、系统、高效的软件开发方法。然而掌握MDA模型转换和实现完整代码生成,具有一定的难度。在研究元建模技术的基础上,对领域建模语言(Domain Specific Language,DSL)与元建模相结...模型驱动架构(Model Driven Architecture,MDA)是一种先进、系统、高效的软件开发方法。然而掌握MDA模型转换和实现完整代码生成,具有一定的难度。在研究元建模技术的基础上,对领域建模语言(Domain Specific Language,DSL)与元建模相结合的开发方法进行了探索,该方法基于MDA以模型为中心的思想,能快速通过模型转换实现完整代码的生成,易用性提高。结合Web应用系统这个领域,利用领域型元建模工具MetaEdit+,以学生健康信息收集系统的开发为例,验证了领域元建模开发方式在解决领域问题上的可行性。展开更多
The pore characteristics of shale reservoirs in the lower submember of Member 3 to upper submember of Member 4 of Shahejie Formation in Dongying sag are analyzed,influences of mineral content and organic matter conten...The pore characteristics of shale reservoirs in the lower submember of Member 3 to upper submember of Member 4 of Shahejie Formation in Dongying sag are analyzed,influences of mineral content and organic matter content on porosity and pore size are also investigated,and through the diagenetic thermal simulation experiment,the main pore evolution is further discussed.The results show that the pore structure of shale reservoirs is complex,the micron-nanometer pores can storage liquid hydrocarbons,and the free-phase crude oil is mainly distributed in intergranular dissolution pores of calcite,recrystallized intergranular pores,intergranular shrinkage fractures of clay mineral which have large pore size.Framework minerals and organic matter content directly influence porosity and pore size of shale reservoirs,relationship between porosity and content of felsic mineral as well as content of organic matter content is linear and positive,while relationship between content of carbonated mineral is negative.At the buried depth from 2500 to 3500 m,concentration of organic acid from hydrocarbon generation and expulsion of organic matter,increasing range of pressure coefficient,are well corresponding to highporosity intervals;pore formation in shale oil reservoirs are almost controlled by diagenetic evolution of clay minerals;framework storage spaces formed by carbonate grain crystals as well as intergranular and intergranular dissolution pores of carbonate increases porosity of shale oil reservoirs;local increase of porosity at the depth of 3500e3800 m is mainly caused by coupling of hydrocarbon-generating overpressure and dissolution,and size,distribution and connectivity of pores are enhanced obviously.展开更多
文摘模型驱动架构(Model Driven Architecture,MDA)是一种先进、系统、高效的软件开发方法。然而掌握MDA模型转换和实现完整代码生成,具有一定的难度。在研究元建模技术的基础上,对领域建模语言(Domain Specific Language,DSL)与元建模相结合的开发方法进行了探索,该方法基于MDA以模型为中心的思想,能快速通过模型转换实现完整代码的生成,易用性提高。结合Web应用系统这个领域,利用领域型元建模工具MetaEdit+,以学生健康信息收集系统的开发为例,验证了领域元建模开发方式在解决领域问题上的可行性。
基金The work was supported by the National Science and Technology Major Project of China(No.2017ZX05049)the National Basic Research Program of China(973 Program)(No.2014CB239102)the National Natural Science Foundation of China(No.41572087).
文摘The pore characteristics of shale reservoirs in the lower submember of Member 3 to upper submember of Member 4 of Shahejie Formation in Dongying sag are analyzed,influences of mineral content and organic matter content on porosity and pore size are also investigated,and through the diagenetic thermal simulation experiment,the main pore evolution is further discussed.The results show that the pore structure of shale reservoirs is complex,the micron-nanometer pores can storage liquid hydrocarbons,and the free-phase crude oil is mainly distributed in intergranular dissolution pores of calcite,recrystallized intergranular pores,intergranular shrinkage fractures of clay mineral which have large pore size.Framework minerals and organic matter content directly influence porosity and pore size of shale reservoirs,relationship between porosity and content of felsic mineral as well as content of organic matter content is linear and positive,while relationship between content of carbonated mineral is negative.At the buried depth from 2500 to 3500 m,concentration of organic acid from hydrocarbon generation and expulsion of organic matter,increasing range of pressure coefficient,are well corresponding to highporosity intervals;pore formation in shale oil reservoirs are almost controlled by diagenetic evolution of clay minerals;framework storage spaces formed by carbonate grain crystals as well as intergranular and intergranular dissolution pores of carbonate increases porosity of shale oil reservoirs;local increase of porosity at the depth of 3500e3800 m is mainly caused by coupling of hydrocarbon-generating overpressure and dissolution,and size,distribution and connectivity of pores are enhanced obviously.
