基于VC实现藏汉两种界面的动态切换

针对“藏汉人名对照词典”系统友好界面的设计,提出了藏汉两种界面的转换思想,给出了通过加载藏文字体显示藏文的方法,研究了利用配置文件存放不同语言字符串和动态加载不同语言文件来实现界面切换的功能,同时提供了关键技术实现代码．     

不同形状喷嘴的高压水射流冲击力特性实验

高压水射流的柔性冲击力是评判其能否有效破碎物料的力学判据,喷嘴的出口形状对射流的冲击力影响较大。设计了5种不同形状的喷嘴,在自主设计的水射流冲击测试平台上开展了冲击实验,并采用PVDF压电薄膜传感器和高速摄像机来记录测试数据。实验结果表明：在相同的工况下,圆形喷嘴水射流的集束性最好,冲击诱导的冲击波对流体的扩散形态影响最大,最终导致其中心冲击压力最大;依次是正方向喷嘴、三角形喷嘴与十字形喷嘴,椭圆形喷嘴的水射流形态最为发散,其中心冲击压力最小;所有喷嘴形状水射流的峰值压力均随系统泵压的增加呈现非线性增加的趋势,而峰值压力持续时间几乎保持不变。     

Influence of metallurgical processing parameters on defects in cold-rolled steel sheet caused by inclusions

The cleanliness and defects for cold-rolled steel sheet caused by inclusions are greatly influenced by parameters in the metallurgical processing. Good control of parameters during the processing can lead to a better product. In this paper, data mining was used to explore the influence of parameters on defects in steel sheets. A decision tree model was established and it was found that the oxygen content before deoxidation, the end-point temperature of the converter, and the temperature before deoxidation had a great impact on the defects in the cold-rolled sheet that were caused by inclusions. This finding was confirmed by experiments with infrared absorption, scanning electron microscopy(SEM), energy dispersive X-ray spectroscopy(EDS), and automatic inclusion analysis methods. After optimization according to results from the model and experiments, the defect rate caused by the inclusions was reduced from 0.92% to 0.38%.     

兴安落叶松天然林单木高生长模型

根据31株解析木数据,利用Logistic方程和4参数的Richards方程拟合了兴安落叶松天然林优势木、平均木和被压木高生长模型,经检验,模型均在0.01水平上显著。对林木年龄(A)、胸径(D)、树高(H)、活枝下高(h1)、死枝下高(h2)进行相关性分析后,发现D、H、h1、h2等在0.01水平上有显著正相关,所拟合的活枝下高和死枝下高的模型在0.01水平上显著。研究表明:Logistic方程较4参数的Richards方程对兴安落叶松高生长的拟合效果好,它们对优势木、平均木和被压木高生长拟合所得模型的R2分别为0.829、0.758、0.807和0.771、0.668、0.824。以Logistic方程对优势木和被压木的拟合效果较对平均木的好。对优势木高生长模型精度检验发现,实测值与理论值无显著差异(p>0.05)。     

树叶长宽比及边缘曲率的提取

树叶的轮廓特征主要包括长宽比、面积、边缘曲率和斜率等,这些特征参数是树木分类及识别的关键.为此,利用数学形态学与像素跟踪相结合的算法分离叶柄,然后利用霍特林(Hotelling)变换获取树叶的最小外接矩形,进而得到树叶的长宽比. 基于有限差分算法得到2种不同形态树叶的边缘曲率和树叶关键部位的特征斜率.     

特殊钢厂炼钢-连铸调度模型

针对特殊钢厂的炼钢-连铸调度问题,建立了多目标调度模型.在模型求解过程中,对静态调度策略和动态调度策略进行了探讨.在静态调度部分,结合炼钢厂运行原则,并根据炼钢炉和连铸机作业周期的不同对应关系,对生产模式进行了分类,给出了相应的求解方法.在动态调度部分,给出了基于规则的动态调度策略以及具体的时间调整方法.最后,根据某转炉特殊钢厂的实际生产状况,在三台连铸机同时生产的情形下,对三个浇次的调度计划进行了仿真计算.通过与实际生产数据的比较,表明所采用方法的有效性.     

漆酶对共基质体系下吲哚的去除研究

网络参与是一种体制外民主参与的新形式,完善了公众参与的手段和渠道。但是,由于存在着非理性、道德缺失等诸多问题和局限性,对民主政治发展产生了一定的消极影响。为了使网络参与走上规范性和有效性辩证互动的发展轨道,伦理的引导和规约必不可少,应对网络参与进行认同与反思前提下的伦理省思,使其在道德规范与制度引导下保持理性限度,并在自由与自律的张力中对网民进行道德约束。     

江阴西城钢铁多功能大会堂的声学设计分析

介绍了江阴西城钢铁多功能大会堂扩声工程的建声和电声设计,说明了设计的方法与思路,对系统方案的选择、声学测试等过程进行了详细论述,并对结果进行了分析.声学仿真结果表明,该公司多功能大会堂的声学设计在混响时间、语言清晰度、声场不均匀度等方面都达到了良好的厅堂音质水平.     

Iodine biofortification of vegetable plants-An innovative method for iodine supplementation

To elevate the iodine level in edible plants has been shown to be an excellent approach to correct iodine deficiency.We have proposed an innovative approach to produce iodine supplementation by growing vegetables on soils with algal-based iodized organic fertilizer.Ten species of vegetables were tested.The biological absorption and migration of the iodine within the vegetable plants were revealed using microscopy with silver iodide precipitation technique.The results show that the absorption of iodine by the vegetable increases with increasing amount of the algal-based iodized organic fertilizer in general.And the uptake of iodine by leaf vegetable is significantly greater than that by fruit vegetable.Distribution of iodine in various plant organs shows a trend of decreasing iodine concentration from root,leaf,stalk,to fruit.A similar of decreasing concentration can also be found in various cells(cytoplasm>cytoderm>organelles).The exploration of the iodine uptake and biogeochemistry migration mechanisms provides an important scientific foundation for establishing a new method of producing a natural iodine supplementation by iodine biofortification of vegetables.     

Methods for promoting electrochemical properties of LiNil/3Col/3Mnl/3O2 for lithium-ion batteries

One popular study of the recent research is to develop the cathode materials for lithium-ion batteries. As a new cathode material for lithium-ion batteries, the LiNil/3Col/3Mnl/3O2 has drawn widespread attention because of its high capacity, high cut-off voltage and high tap density. Its theoretical capacity is 277.8 mAh/g. The crystal structure of LiNil/3Col/3Mnl/3O2 is α-NaFeO 2 . The structural and morphological features of the LiNil/3Col/3Mnl/3O2 are introduced in this paper. The emphasis is to present the methods for promoting electrochemical properties. The electrochemical properties and structure characteristics are discussed. And the prospect of layered LiNil/3Col/3Mnl/3O2 is forecast in the end.