Excel在液体推进剂数据处理和管理中的应用

液体推进剂-红烟硝酸和混胺各项指标的实验数据处理相当繁琐，每次数据与结果都必须保存以备查阅。利用Excel强大的制表、计算、作图以及数据管理与查询功能，建立了一套数据处理与数据管理的系统。该系统避免了手工计算和编程的麻烦，不仅使数据处理变得简单、准确、高效，而且使数据管理更容易，查阅更方便。该系统可用于化学和化工分析的各个领域。     

并行多边形绘制技术综述

多边形绘制是应用最为广泛的计算机图形绘制方法．并行技术在提高多边形绘制系统的性能方面起着重要的作用．并行多边形绘制技术的基础是算法内在的可并行性，按并行流水线的组织方式可分为全图像深度合成、前分布拼接合成和中分布拼接合成三种，负载平衡和图像合成是影响多边形绘制系统性能的关键问题．并行多边形绘制系统的实现方式包括专用图形硬件实现、并行机实现和集群机实现．结合作者的工作，对并行多边形绘制技术进行了探讨．     

MODBUS通信协议在现场水泥成分X荧光分析仪中的应用

首先对MODBUS通信协议进行了简单介绍，然后讨论了采用MODBUS通信协议的水泥成分X荧光分析仪是如何实现与水泥生产自动化总控制系统之间的数据传输的，由此达到控制水泥配料系统自动配料的目的。并给出了Visual C^ 下实现通讯的方法。     

TiO_2-云母珠光颜料复合机理的讨论

通过对云母、水合二氧化钛晶体以及二氧化钛晶体的结构和表面特性进行分析，对云母钛珠光颜料的复合机理进行了讨论。云母钛的复合过程包括物理吸附和化学吸附     

基于ABFSC的软件设计环境

阐述了一个基于Agents的软件合成框架(ABFSC)的软件设计环境的设计和实现。应用了混沌模型的软件设计思想并具有可视化的设计特点，可有效地提高软件设计环境的易用性、灵活性和直观性。     

二乘(二取二)计算机联锁系统

对新型的二乘(二取二)计算机联锁系统的系统组成、工作原理、主要特点、应用前景进行了介绍。     

高能球磨LaNi5-34%(质量分数)Mg的相组成与热稳定性能

采用X射线衍射仪(XRD)、扫描电子显微镜(SEM)、差热分析(DTA)等方法研究了高能球磨及热处理等对新型合金LaNi5-34％(质量分数)Mg的相组成、形貌及热稳定性能等的影响。结果表明：经100r／min球磨100h及190r／min球磨100h后,样品由La、Mg、Ni等非晶。微量的晶体Ni和MgNi2相组成,所得粉末的形状大多为规则的球形或近球形,其颗粒直径范围为0．05～33．0μm。球磨样品具有较好的室温活化特性，其最大电化学放电容量为460mAh／g。该样品经763K保温35d后，得到热稳定性较好的具有纳米尺度的MgNi2、Mg2Ni、Mg2NiLa三相组织，其平均晶粒直径为21.3nm。     

Speech Recognition Technology and Students With Writing Difficulties: Improving Fluency.

The present study investigated the effects of speech recognition technology (SR) and advance planning on children's writing processes. Fluent and less fluent writers, ages 11 to 14, composed 4 narratives, via handwriting and SR, both with and without advance planning. Less fluent children's handwritten narratives were significantly inferior to those of fluent children in terms of length, quality, and surface errors. For less fluent writers, SR (a) significantly increased the length and (b) decreased the surface errors of narratives. Although narrative length related positively to holistic quality, SR did not significantly improve quality. Advance planning helped children to compose more fully developed stories. For children with writing difficulties, advance planning and SR may each independently support text generation. (PsycINFO Database Record (c) 2010 APA, all rights reserved)     

Compositional Optimum Design and Experimental Investigation of Rare Earth Containing Ceramic Composite

Based on the Al2O3/(W,Ti) C ceramic material, optimum design of the material compositions were carried out, which includes the theoretical calculation of the critical volume fraction of the reinforcement phase, and the optimum design based on the impact resistance, thermal shock resistance and wear resistance, etc. It is found that the optimum volume fraction of (W,Ti)C is 31.2%, 32.8% and 34%, respectively, which is corresponding with the best impact resistance, thermal shock resistance and wear resistance. After comprehensive consideration, the optimum volume fraction of (W,Ti)C in Al2O3/( W, Ti)C ceramic material is finally determined to be 30%. Then, effects of the content of rare earth yttrium on the mechanical property of the Al2O3/30vol% (W,Ti)C ceramic material were investigated experimentally. It indicates that when the content of yttrium is 0.25% ～ 0.5%, both flexural strength and fracture toughness of the rare earth containing ceramic material are further improved with the increment of approximately 10% ～16%.     

Qualitative estimation of camera motion parameters from the linear composition of optical flow

In this paper, we propose a new method for estimating camera motion parameters based on optical flow models. Camera motion parameters are generated using linear combinations of optical flow models. The proposed method first creates these optical flow models, and then linear decompositions are performed on the input optical flows calculated from adjacent images in the video sequence, which are used to estimate the coefficients of each optical flow model. These coefficients are then applied to the parameters used to create each optical flow model, and the camera motion parameters implied in the adjacent images can be estimated through a linear composition of the weighted parameters.We demonstrated that the proposed method estimates the camera motion parameters accurately and at a low computational cost as well as robust to noise residing in the video sequence being analyzed.