面向市场需求加强企业合作——浅谈软件学院的企业合作工作

By exploring the reasons leading to problems in university-enterprise cooperation,the paper explains the collaboration necessity in talents training between demonstrative software school and enterprises,puts forward conventional solutions and probes into the feasible modes of introducing resources from different channels.In addition,analysis is also made into possible stages in which problems might arise.     

Magnaporthe oryzae MTP1 gene encodes a type III transmembrane protein involved in conidiation and conidial germination

In this study the MTP1 gene, encoding a type III integral transmembrane protein, was isolated from the rice blast fungus Magnaporthe oryzae. The Mtp 1 protein is 520 amino acids long and is comparable to the Ytp 1 protein of Saccharomyces cerevisiae with 46% sequence similarity. Prediction programs and MTP1-GFP （green fluorescent protein） fusion expression results indicate that Mtp 1 is a protein located at several membranes in the cytoplasm. The functions of the MTP1 gene in the growth and development of the fungus were studied using an MTP1 gene knockout mutant. The MTP1 gene was primarily expressed at the hyphal and conidial stages and is necessary for conidiation and conidial germination, but is not required for pathogenicity. The Amtpl mutant grew more efficiently than the wild type strain on non-fermentable carbon sources, implying that the MTP1 gene has a unique role in respiratory growth and carbon source use.     

印度反倾销案件现状研究

同为亚洲的发展中国家,印度是反倾销制度最积极的使用者;而中国是印度反倾销调查最主要的目标国。了解和研究印度反倾销制度以及反倾销案件基本现状,分析印度国内频繁使用此制度的原因,有助于提高中国国内被调查者的应诉能力,加强中国反倾销行政部门对国内产业的应诉指导工作。     

时变网络下多式联运的最短路径问题研究

在运输过程中,往往不止有一种运输方式,可能同时有多种运输方式交叉,即存在多式联运的方式.同时,运输网络往往具有时变特性,其运输成本和运输时间等会随着时间的变化而变化.将多式联运的运输网络进行了变形,设计了时变网络条件下有到达时间限制多式联运的最短路径算法,并对算法的计算复杂性进行了分析.最后给出一个应用算例.     

正丁烷氧化制顺酐固定床单管试验

正丁烷氧化制顺酐在小试研究的基础上进行了固定床单管反应器运转考察。钒—磷催化剂经1500h连续运转考察表明:催化剂稳定性良好,粗酐重量收率达100%～103%,与小试结果一致。     

TN型液晶器件的显示反差对厚度或波长的依赖性

扭曲向列型昌液晶电光显示器件的基本显示方式之一。运用格栅方法计算了ＴＮ型液晶盒的透光率与液晶盒的存长，液晶材料的各向异性因子以及入射光波长的函数关系。结果表明，液晶盒自身的性质也会影响器件在施加电场前后的显示反差。ＴＮ型液晶显示原理仅在一定条件下成立。     

37Mn5钢临界应变数学模型研究

采用THERMECMASTOR-Z热模拟试验机,对37Mn5钢进行热模拟实验,研究材料的变形温度、变形程度和变形速率各因素对峰值应变的影响,确定37Mn5钢的临界应变数学模型,用计算机对该模型进行回归分析,得到的结果拟合度较高。     

论股份制民办学校的内涵和特征——基于新制度经济学视角

教育股份制是指以入股融资取得社会资本的使用权,以持股份额分配利益和承担风险,以招聘职业校长,实行科学化管理,进行教育教学活动的一种制度.股份制民办学校的形成背景主要是政府教育投入严重不足.股份制民办学校的主要特征是开放式融资、法人特征、有限责任风险和治理结构.     

简论农村教师的培训模式

现行的农村教师教育培训存在滞后、剥离和资金短缺等问题。根据农村实际情况,对农村教师的培训应建立一个连续阶段模式,以校本培训为主,构成集中培训式、师徒结对式、主体体验研修式和联合培训式等培训体系,提高教师质量,促进新农村建设。     

Physical location of terminal markers belonging to five linkage groups in maize RFLP map using in situ hybridization

Ten terminal or subterminal RFLP markers belonging to linkage groups 1, 3, 5, 6, and 10 in maize RFLP map were physically locted onto maize mitotic chromosomes with in situ hybridization. All biotinylated probes from 600 to 2 250 bp were detected by DAB staining. The markers belonging to linkage groups 1, 3, 5, 6, and 10 correspondingly located at the chromosomes 1, 3, 5, 6, and 10. All of the tested markers except bnl6.25 and umc44 were duplicated sequences. Each of them was also labeled on another chromosome besides on the chromosome corresponding to its linkage group. The marker bnl3. 04 was triplicated sequences and the signals were detected on three nonhomologous chromosomes. In the tested ten markers, there were only four located at the ends of corresponding chromosomes. Others were located at sites midway along the chromosome arms or near the centromeres. The region covered by two terminal or subterminal markers in each of linkage groups 1, 3, 5, and 6 occupied 80.02%, 38.25%, 82.30% and 51.16% of the region of both short and long arms in chromosomes 1, 3, 5, and 6 respectively. Only two terminal markers of linkage group 10 covered the whole chromosome 10. In some linkage groups, two terminal or subterminal markers covered a short genetic distance but were physically distant, while two covering a longer genetic distance were physically closer. Supported by The National Natural Science Foundation of China and the Doctorate Vesting Point Foundation of the Education Committec of the People's Republic of China Mao Ninghui: born in 1986, used to be an MS student of Wuhan University in 1992–1995 and now is working in Fudan University, Shanghai 200433