3ds max中创建Camera Match点方法的探讨

通过创建一辅助长方体并对其进行变换，用其变换后的方向来反映3ds max中背景图像的透视方向，并利用其对场景与背景图像匹配的Camera Match点进行定位，为进行摄像机匹配提供了一种方便快捷、实用的新途径。     

关于管理信息化工作的思考

本文探讨在管理信息化工作的关键内容,分析了信息、信息工具与管理工作的关系,强调信息数据的重要性。认为信息是管理工作的主要内容,信息的载体从纸张介质向电磁介质转化,信息工具因此发生了重要变化。管理工作是对工作中产生的信息进行处理,信息量的大小决定了组织结构,信息的如何处理决定了管理的工作流程。管理信息化工作要从信息载体变化的前提出发,考虑这个转变所带来的各种困难,充分应用信息工具的各种资源。在管理信息化工作中应考虑企业的成本和效益。管理系统应从业务出发,打破部门的界限,从数据源头开始,着重考虑权限的榨制,增强灵活性和适应性。     

高砷次氧化锌综合回收试验研究

介绍了硫酸焙烧法处理高砷次氧化锌的试验研究,主要探讨了焙烧的温度,时间及硫酸用量对有害元素砷,氟、氯等脱除率的影响,工业试验证明,铅,锌,锗的直收率分别为99％,98％,60％以上,砷的脱除大于90％,氟、氯的挥发率大于95％。     

低碳耐材在连铸极低碳钢和纯净钢生产中的应用

主要介绍武钢第二炼钢厂在连铸极低碳钢和纯净钢时，为确保减少连铸过程中钢水增碳．开发和应用了低碳钢包砖、大包保护管以及中间包浸入式水口，并取得了良好的使用效果。     

网络性能分析评价方法及其计算机仿真方法讨论

网络性能分析评价的一般方法包括解析法、数值法和仿真法。仿真法是目前计算机通信网络系统性能分析的主流方法。该文讨论了网络性能分析评价的般方法和局域网网络性能的计算机仿真分析方法,并简要介绍了一个专用网络仿真分析软件。     

基于数据驱动的软件自动化测试框架

为了提高软件测试自动化程序的可复用性,以及在系统、产品以及数据方面的独立性,在对几种基本的软件测试框架进行研究的基础上上,结合在实际的项目中的软件自动化测试的实践,提出一种基于数据驱动的自动化测试框架(TAF)。分析了软件测试以及软件测试自动化的现状,阐述了软件测试自动化框架的策略目标、关键的成功因素,以及5种基本的软件自动化测试框架。最后提出新的软件自动化测试框架。     

电子商务安全协议及其非单调动态逻辑验证

该文介绍了SET(secure electronic transactions)的付费业务流程,对NDL(non-monotomic dynamic logic)的逻辑框架进行了扩展,即针对SET协议,增加了新的公理,重新给出积累规则的定义.在此基础上,用对SET中的几个重要的范例进行的逻辑验证,说明了NDL在验证电子商务协议上的重要性,并初步提出了积累规则中需要进一步研究的问题.     

Biomimetic Engineering of a Scavenger‐Free Nitric Oxide‐Generating/Delivering System to Enhance Radiation Therapy

Nitric oxide (NO) is a potent tumor‐cell radiosensitizer but it can be readily scavenged by hemoglobin (Hb) in vivo. A biomimetic incubator that can generate and deliver NO in a scavenger (Hb)‐free environment to enhance its radiosensitizing effect to maximize its efficacy in radiotherapy is proposed. This NO incubator comprises a poly(lactic‐co‐glycolic acid) (PLGA) hollow microsphere (HM) that contains an NO donor (NONOate) and a surfactant molecule (sodium caprate, SC) in its aqueous core. In acidic tumorous environments, the PLGA shell of the HM allows the penetration of protons from the outside, activating the hydrolytic cleavage of NONOate, spontaneously generating NO bubbles, which are immediately trapped/stabilized by SC. The SC‐stabilized NO bubbles in the HM are then squeezed through the spaces of its PLGA matrices by the elevated internal pressure. Upon leaving the HM, the entrapped NO molecules may passively diffuse through their SC‐stabilized/protected layer gradually to the tumor site, having a long‐lasting radiosensitizing effect and inhibiting tumor growth. The entire process of NO generation and delivery is conducted in a scavenger (Hb)‐free environment, mimicking the development of young ovoviviparous fish inside their mothers' bodies in the absence of predators before birth.     

DNA‐Directed Gold Nanodimers with Tunable Sizes and Interparticle Distances and Their Surface Plasmonic Properties

A quantitative understanding of the localized surface plasmon resonances (LSPRs) of metallic nanostructures has received tremendous interest. However, most of the current studies are concentrated on theoretical calculation due to the difficulty in experimentally obtaining monodisperse discrete metallic nanostructures with high purity. In this work, endeavors to assemble symmetric and asymmetric gold nanoparticle (AuNP) dimer structures with exceptional purity are reported using a DNA self‐assembly strategy through a one‐step gel electrophoresis, which greatly facilitates the preparation process and improves the final purity. In the obtained Au nanodimers, the sizes of AuNPs (13, 20, and 40 nm) and the interparticle distances (5, 10, and 15 nm) are tunable. The size‐ and distance‐dependent plasmon coupling of ensembles of single, isolated dimers in solution are subsequently investigated. The experimental measurements are correlated with the modeled plasmon optical properties of Au nanodimers, showing an expected resonance shift with changing particle sizes and interparticle distances. This new strategy of constructing monodisperse metallic nanodimers will be helpful for building more complicated nanostructures, and our theoretical and experimental understanding of the intrinsic dependence of plasmon property of metallic nanodimer on the sizes and interparticle distances will benefit the future investigation and exploitation of near‐field plasmonic properties.