高校竞技健美操运动员腕部损伤的原因及康复手段

通过调查与访谈,对参加江苏省16届运动会高校部健美操比赛的运动员手腕部的运动损伤情况进行统计与分析,总结出造成手腕部运动损伤的原因及康复治疗的手段,以期减少不必要的运动损伤,为竞技健美操教学与训练提供有效帮助。     

VHDL语言在EDA开发软件MAX＋PlusII之应用

介绍了EDA开发工具软件MAX PlusII的主要功能；VHDL语言在进行硬件电路描述时所具有的多层次描述系统硬件功能的能力，以及在程序编译时易出现的问题。     

A ROBUST DECOMPOSITION OF LINEAR PROGRAMMING USING A GOAL-PARTITIONING METHOD

The Dantzig/Wolfe linear programming decomposition algorithm has had important economicinterpretations as well as a widespread impact on solving large scale linear programming problem.Inthis paper we consider a similar underlying structure,where however there is only one couplinginequality or equation.With this simplification,we demonstrate how to achieve an equitable partitionof the overall coupling resource to individual subproblem constraints through a simple iterationprocedure which appears to be very efficient.     

算子子空间的D_σ~(n)(r)性质的一个充分条件

给出了一个确定算子子空间具有性质D_σ~(n)(r)的方法。     

Application of the Constrained Predicated Nets and Interval Logic to Production Systems

1 .INTRODUCTIONDuetotheireconomicsignificanceandclosenesstopersons,productionsystemsmustbemodeledbeforetheirimplementationanduse,thus,amethodwhichspecifies ,analyzesandsynthesizestheproductionsys tems—discreteeventsystems (DES)hasbeenestab lishedanddevelopedstepbystepinrecentyears.DESmethodspecifiestheplantbasedonitsdiscretecharacters,however,intherealworld ,therearefewplantsthatcanbemodeledbypurelydiscretemathe maticalmodelbecausetherearealwayssomecontinu ousparametersforstudyinnearlya…     

金属间化合物Ni3Al中的硼晶界偏聚特性的AES研究

本文应用俄歇能谱仪研究了不同化学计量比ＮｉＡｌ金属间化合物硼在晶界偏聚的特性。研究结果表明：硼在Ｎｉ３Ａｌ的各个晶界偏聚存在着不均匀性，硼在晶界的偏聚范围只有几个原子层，晶界结构及晶界化学环境是影响在晶界偏聚的决定因素。     

新型齿圈式切焦机在焦炭整粒中的应用

摘要：阐述了焦炭整粒在高炉冶炼中的必要性和重要性。针对临钢双齿辊切焦机的缺点进行了改造，研制出了CQD-80型齿圈式切焦机，介绍了CQD-80型齿圈式切焦机设备构造及改进，CQD-80型切焦机使用情况说明，其性能安全可靠，效果显著。     

Evolutionary Computation and its Application

On Mar.23,2006,a project in the Major Program of NSFC-"Evolutionary computation and its application",managed by Prof.Licheng Jiao,Prof.Lishan Kang,Prof.Zhenya He,and Prof.Tao Xie,passed its Final Qualification Process and was evaluated as Excellent.     

The Huntington's disease candidate region exhibits many different haplotypes.

Analysis of 78 Huntington's disease (HD) chromosomes with multi-allele markers revealed 26 different haplotypes, suggesting a variety of independent HD mutations. The most frequent haplotype, accounting for about one third of disease chromosomes, suggests that the disease gene is between D4S182 and D4S180. However, the paucity of an expected class of chromosomes that can be related to this major haplotype by assuming single crossovers may reflect the operation of other mechanisms in creating haplotype diversity. Some of these mechanisms sustain alternative scenarios that do not require a multiple mutational origin for HD and/or its positioning between D4S182 and D4S180.