浅析波普艺术中的装饰语言

从人类运用艺术来表达感情和生活始,装饰与艺术便如影随形。波普艺术作为重要的艺术流派,其中的装饰语言值得人们探究。本文以波普艺术为切入点,重点从装饰图案的角度解析波普艺术中的装饰语言。结合产生的背景,分析波普艺术采用装饰图案的产生原因;再以色彩、形式等方面分析波普风格装饰图案的特征,寻求波普艺术视觉审美中的亮点,以期能对中国当代设计艺术有所启发与帮助。     

基于视差与分层渲染的立体显示效果评价研究

本文在充分分析国内外立体显示技术评价方法的基础上,提出了利用视差和分层渲染的方法进行立体显示效果的评价,结果表明其对于自由立体显示评价可以得到较明确的分析结果,最后对研究前景进行了必要的探讨。     

Stability of protective oxide films in waste incineration environment—solubility measurement of oxides in molten chlorides

Solubility measurements of several oxides in molten NaCl-KCl and NaCl-KCl-Na₂SO₄-K₂SO₄ were conducted in three different levels of basicity. The dissolution behavior of the oxides showed almost the same tendency as that shown by the dissolution behavior of the oxides in molten Na₂SO₄ in literature. In a waste incineration environment, a protective Cr₂O₃ film easily dissolves in molten chlorides as CrO₄²⁻ because pO²⁻ of the molten chlorides tends to have a small value due to the effect of water vapor contained in the combustion gas. From the result of the solubility measurement, the addition of molybdenum and/or silicon was expected to improve the corrosion resistance of alloys. Laboratory corrosion tests confirmed this expectation. However, the scale analysis suggested that the effect of molybdenum could not be explained completely by only the mechanism derived from the result of the solubility measurement.     

水质稳定剂HPDP缓蚀阻垢性能评定

用静态阻垢，旋转挂片失得法实验研究了ＨＰＤＰ对ＣａＣＯ３，Ｃａ３（ＰＯ４）２等的阻垢性能以及对Ｑ２３５碳钢的缓蚀性能等。试验证明，ＨＰＤＰ是一种优良的阻垢缓蚀剂，适用于高温，高碱，高ＰＨ，高浓缩倍数的循环冷却水处理，具有广阔的应用前景。     

颗粒尺度对纳米材料相变的影响

运用Ｈｅｉｓｅｎｂｅｒｇ模型研究了纳米材料相变的尺度效应，建立了相变与颗粒尺度之间的定量关系。模拟结果表明，这一理论与实验数据相符合。     

BOPP珠光膜及其生产工艺

详细介绍了BOPP珠光膜的特性和生产工艺,特别指出了BOPP珠光膜生产中的难点和排除方法,对实际生产有相当的价值.     

案例教学方法在《土木工程CAD》教学中的应用

基于对《土木工程CAD》教学中案例教学方法存在的问题的分析,结合《土木工程CAD》课程教学内容,通过精心选择案例,在课堂教学、实训教学和课程考核中应用教学案例,改善课程教学效果。教学实践表明,案例教学方法的应用明确课程的学习内容,激发学生的学习兴趣,保证课程教学效果,提高学生分析和解决问题的能力。     

添加石英对莫来石－刚玉制品结构的影响

探讨了引入石英颗粒的莫来石－刚玉制品中大气孔的成因。认为与液相的生成及其在毛细管力作用下的转移有关；与莫来石生成膨胀效应对颗粒拉紧的阻碍有关；与石英相交所引起的体积膨胀有关。     

A kinetic model for polystyrene (PS) pyrolysis reaction

A mathematical model for the pyrolysis reaction of polystyrene (PS) in a semi-batch reactor has been presented. The thermal degradation of PS was flexibly modeled by a combination of random and specific chain-end scissions. Numerical simulation was used to investigate the effect of operating conditions on the PS products spectrum, the results of which were validated by the experimental data. It was found that as the reaction temperature increased (decreased), the monomer fraction in the products became lower (higher) while the trimer higher (lower). No significant variation in the product composition was, however, observed while constant temperature was maintained. These results indicate the reaction temperature is an effective manipulated variable for the control of products composition of PS pyrolysis. The calculation of the optimum temperature trajectories through the optimization study can thus be of interest for achieving productivity enhancement in plastics pyrolysis processes. This paper is dedicated to Professor Dong Sup Doh on the occasion of his retirement from Korea University.     

晃电对Unipol聚乙烯生产装置的影响

介绍了晃电（由于短路等原因造成电网电压瞬时骤降至某一程度又极快恢复的现象）对Unipol聚乙烯生产装置的影响,讨论了减少晃电危害所应采取的措施,旨在为国内同类装置提供一些参考。