IAM模型在软件架构中的应用研究

软件体系结构作为系统开发的蓝图,已成为一个结合项目所有阶段的概念纽带,体系结构的建立是软件开发的关键所在。由于需求和体系结构之间模糊的关联关系,如何利用获取的需求进行软件架构的构建,是开发者面临的一个主要难题。文章基于CBSP方法建立的IAM模型成功地应用于淮北煤炭安全管理系统的开发中,该IAM模型在需求和软件体系结构之间架起了一个有效的桥梁。     

独立原子模型研究电子与分子碰撞

运用独立原子模型,在入射电子能量２００－１０００ｅＶ范围内,我们第一次计算了电子与ＳＯ２分子碰撞的弹性微分散射截面。目前结构与可行的实验数据进行了比较,并得到了较好一致,原子的弹性散射振幅及微分散射截面的光学势模型得到。     

固定化人工膜与非膜蛋白亲和作用研究

由于膜蛋白在细胞中含量较低、提取纯化工作复杂且价格昂贵,因此筛选与类生物膜结构具有强亲和作用的非膜蛋白研究具有重要意义.以固定化人工膜(IAM)作为生物膜模型,将其填充至毛细管中作为微柱液相色谱的固定相.选取10种常见易得的非膜蛋白作为研究对象,分别在酸性、中性、碱性条件下,研究这些蛋白与固定化人工膜的相互作用.结果表明中性的磷酸盐缓冲溶液是蛋白与IAM结合的最佳环境,在此条件下有5种蛋白表现出与IAM具有较强的亲和性.     

A new RICEs model with the global emission reduction schemes

Taking into account the fact of global economic integration,this paper improves the RICE model and the MRICES model,and establishes a new integrated assessment model MRICES-2012,which takes Ramsey utility as the standard of fairness.Based on the model,schemes which meet the global emission mitigation targets as well as the interests of developing countries are simulated to assess the international fairness of emission reduction.Therefore,a new feasible scheme is proposed,which can not only reach the Copenhagen Consensus but also ensure interests of every country.Specifically speaking,the US and Japan cut emissions 80% and 70% respectively by 2050 relative to the 1990 level;the EU and other developed countries cut 80% by 2050 relative to 1990 level;high human development countries cut 50% by 2050 relative to 1990 level;all above-mentioned countries start emission reduction from 2020 and keep emission on 2050 level by 2100;China begins emission reduction from 2030 and cuts emission 15% by 2050 and 25% by 2100 relative to 2005 level;medium human development countries keep emission on 2020 level by 2100;low human development countries do not take part in reduction on emission intensity and global emission.