水的相图与pH-电势图的Flash课件制作

围绕无机化学精品课课程建设，配合水的相图、pH-电势图相关内容的教学，利用二维动画制作软件Flash制作了水的相图、pH-电势图的课件。     

基于DNN的高校科研管理信息系统的分析与设计

以杭州师范学院科研管理系统为示例,将科研管理业务逻辑进行重组,以实现科研管理系统化、规范化的目标,并运用DNN应用程序框架对该系统进行设计,特别是页面管理和模块定义功能实现了用户接口和业务逻辑,具有成本小、可重用性和可扩充性等特点.     

我国海水制盐业废渣处理利用现状

介绍了盐石膏的理化性质,综述了我国海盐工业废渣盐石膏在水泥、石膏建材等建筑领域以及对盐石膏的深加工等方面的综合利用研究现状,并指出利用盐石膏制备硫酸钙晶须具有广阔的发展前景。     

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.     

结构动力分析一种简易的直接积分法

本文利用方块脉冲函数优良的运算性质,提出一种结构动力分析简易的直接积分法——方块脉冲函数法,具有无条件稳定的积分格式,并表明方法的可行和有效.     

立式割台后转向二次切割装置试验研究

本文通过立式割台后转向二次切割的试验研究,提出了作物稳定转向和二次切刀合理的工作参数,为二次切割型立式割台小型联合收割机提供了理论与试验依据.     

基于信息原理的雷达网抗干扰性能评估

在分析研究地面防空雷达网抗干扰原理及现有综合评估方法的基础上,根据信息原理提出了一种综合评估雷达网抗干扰性能的方法,并给出了相应的数学模型。该方法能够全面地反映各种可能情况下雷达网的抗干扰性能,为雷达网这种复杂信息系统的性能评估提供了一种通用可行的思路。     

网络环境下构建新型英语教学模式

从CAI、多媒体到教育网络，网络英语教学，即基于Internet的网络英语教育，正冲击着传统的教学模式，并正成为主流的教学模式．阐述了基于网络环境下的外语教学的特点和形势，并对网络环境下的英语教学所应注意的问题提出了自己的建议．     

广西农业专家系统的建立和应用

广西农业专家系统的开发建设主要集中在基础数据库建设、知识库建设、人机界面的设计和改进方面。该系统建有农业气象数据库、土壤数据库、品种数据库和病虫害数据库以及龙眼专家系统、荔枝专家系统、果专家系统和甘蔗专家系统。这些农业专家系统在广西30个县 (市 )进行示范种植 (示范面积 6 .5 0× 10 4hm2 ) ,获得了增产增收、降低生产成本的效果。     

PDE-Based Medial Axis Extraction and Shape Manipulation of Arbitrary Meshes

Shape skeletonization （i.e., medial axis extraction） is powerful in many visual computing applications, such as pattern recognition, object segmentation, registration, and animation. In this paper, the authors expand the use of diffusion equations combined with distance field information to approximate medial axes of arbitrary 3D differential properties. It offers an alternative solids represented by polygonal meshes based on their but natural way for medial axis extraction for commonly used 3D polygonal models. By solving the PDE along time axis, this system can not only quickly extract diffusion-based medial axes of input meshes, but also allow users to visualize the extraction process at each time step. In addition, the proposed model provides users a set of manipulation toolkits to sculpt extracted medial axes, then use diffusion-based techniques to recover corresponding deformed shapes according to the original input datasets. This skeleton-based shape manipulation offers a fast and easy way for animation and deformation of complicated mesh objects.