啤酒废水处理技术研究

采用压力生物氧化－气浮组合工艺处理啤酒废水。试验结果表明，在适当条件下，进水ＣＯＤ为１６３０－２３６０，ｇ／Ｌ，生化反应容积负荷１２．３－１５．６ｋｇＣＯＤ／Ｍ＾３．ｄ，气浮水力负荷２８．８－５２．９ｍ＾２／ｍ＾２．ｄ，出水达现有企业一级排放标准。     

浅谈几种钢丝编织机的结构原理及性能特点

介绍了国产GBG，美国RB-2、TMW225-11，德国MR-11，意大利DAK，韩国BW等型号的钢丝编织机的编织机构的结构特点，分析了各种编织机梭子的传递过程。随后总结了各种编织机的性能特点并进行了分析讨论，认为至今没有先进的国产编织机研发成功的主要原因在于成本价格过高及制造技术水平达不到。     

湿式聚氨酯革透湿性能探讨

对湿式ＰＵ革透湿机理进行了概述，通过对湿式ＰＵ革吸湿性和透湿率的测试，详细讨论了基布吸湿性，ＰＵ膜结构，密度，厚度及填充料纤维素，表面印刷层，干法贴膜层及表面纹工艺对湿式ＰＵ革透湿性能的影响，并相应提出了提高湿式ＰＵ革透湿性的工艺方法。     

焙烧法水热合成5A沸石分子筛

焙烧活化化工原料氢氧化钙、氢氧化钠、硅酸钠和二氧化硅，探索焙烧法水热合成5A沸石分子筛的条件。并通过X射线粉末衍射(XPS)和扫描电镜(SEM)对产品进行表征。焙烧原料合成5A沸石分子筛的优化条件为焙烧温度550 ℃, 焙烧时间4 h, 晶化时间4 h。     

水中苯胺类化合物检测8-羟基喹啉试剂盒的研制

本文提出一种能方便、快速、灵敏地检测水中苯胺类化合物的试剂盒。该方法是以N -氯代丁二酰亚胺和 8-羟基喹啉与苯胺的显色反应为基础。显色反庆所得的蓝绿色化合物的最大吸收波长为 6 1 0nm ,在苯胺为 0 .2～ 8mg/L的浓度范围内符合比尔定率 ,最低检出限为 0 .0 1mg/L ,测定的重现性在± 5 %以内。本方法已成功地用于环境水样的分析测定     

利用大斜度定向井挖潜断层边角部位剩余油

利用大斜度定向井挖潜断层边角部位的剩余油，是油田进入中后期开发的主要挖潜手段，本文主要对文南油田大斜率定向井的设计和实施进行了分析和论证，指出了大斜度定向井挖掘剩余油的显著效果和推广价值。     

无线图像监控系统在沈阳市防汛工作中的应用

为更好地治理洪涝灾害,提高防洪工程管理水平,2011年沈阳市启动了水利无线图像监控系统非工程措施建设项目。该项目作为沈阳市防汛非工程措施与工程措施相结合的范例,在设计上采用前端监测站-中心控制站的架构形式,通过无线网络进行远距离图像传输与控制,具有极高的可操作性和现实意义。本文对该系统的设计原理进行了研究,并对其在防汛工作中的应用进行了总结,最后提出了可进一步提高系统功能的建设性意见,同时对系统的美好前景进行了展望。     

Pb2+ binding by polyaspartyl polymers and their application to Pb2+ removal from glycyrrhizin

Polyaspartate is an excellent Pb²⁺‐binding agent in comparison with some polyaspartamide derivatives with different side chains, in that it possesses a higher Pb²⁺ uptake and a lower Pb²⁺ equilibrium concentration. Equilibrium sorption data for Pb²⁺ on polyaspartate can be well fitted with the Freundlich and Langmuir models. Experimental results show that a crosslinked polyaspartate hydrogel is superior to poly(acrylic acid)‐based resins and polystyrene‐based chelating resins. IR spectra and X‐ray photoelectron spectra reveal that the polyaspartate hydrogel binds Pb²⁺ by both an ion‐exchange mechanism and a chelating mechanism. The polyaspartate hydrogel is also an effective agent for the removal of Pb²⁺ from glycyrrhizin. © 2005 Wiley Periodicals, Inc. J Appl Polym Sci 97: 2215–2220, 2005     

On the oxidative coupling of methane with carbon dioxide over CeO2/ZnO nanocatalysts

The nano-CeO₂/ZnO catalysts were prepared using a novel combination of homogeneous precipitation with micro-emulsion for oxidative coupling of methane with CO₂ as an oxidant. The prepared catalysts were compared with those prepared using the conventional impregnation. The catalysts prepared in two ways were characterized with FTIR, TEM, XRD and CO₂-TPD. The effects of the reaction temperature, the amount of ZnO doped in the catalysts and the average size were investigated. The experimental investigation demonstrated that methane conversion over the nano-CeO₂/ZnO catalysts prepared by the combined technique was higher than that obtained over catalysts prepared by the conventional impregnation. A better low-temperature activity has also been achieved over the nanocatalysts. There was no clear trend between the average size of nano-CeO₂/ZnO catalysts and their catalytic performance but methane conversion increased with increasing fractal dimension of nanocatalysts.     

21世纪新玻璃的发展

新玻璃是指与传统玻璃相比具有不同性质、功能和用途,或采用与传统玻璃不同的成分、原料和制备工艺而得到的玻璃材料及制品.在以信息技术为主导、多门高新技术为支柱的新经济时代,新玻璃主要用于信息技术、生命科学、新能源与再生能源、新材料、海洋科学、环境保护方面.本文阐述了新玻璃的特征、品种、制备与发展.