超声协同纳米TiO_2光催化降解活性染科的初步研究

将超声氧化与多相光催化技术相结合并且用于活性染料的降解，实验发现超声增强光催化技术可以有效降解该活性染料，而且在超声增强光催化体系中存在较强的协同催化降解作用，     

Influence of the Specific Surface of Polyester Supermicrofibre on the Dyeing Properties with Disperse Dyes

The influence of the polyester supermicrofiber specific surface on the dyeing properties of these fibres is studied with the purified disperse dye in this study. How the dyeing properties vary with the specific surface is shown. The dyeing properties mainly include dye saturation value, affinity, rate of dye uptake and equilibrium dye uptake etc. The relation between dye sorption behavior and the specific surface of the supermicrofibres is discussed.     

The Application of Tea Dyeing to Silk

Vegetable dyes are eco-friendly throughout the full production process. A study is conducted with the purpose of assessing the properties of dye extracted from green tea, black tea and the tea tree cultivated and used in Jiang Nan area of China. The extracted dyes are applied with and without mordants on silk fabric and the dyeing properties are evaluated.     

无甲醛固色剂MMF—1在直接染料固色中的应用

探讨了无甲醛固色剂ＭＭＦ－１应用于棉织物直接染料染色中的最佳固色工艺条件。     

若丹明6G掺合在P（MMA＋MAA）共聚物中的固体染料激光研究

用共聚合方法制备了若丹明６Ｇ掺合在Ｐ（ＭＭＡ＋ＭＡＡ）共聚物中的固体染料样品，对其进行了光谱和激光性能的研究，得到了泵浦光－染料激光转换效率１５％，激射寿命２万脉冲以上的固体染料激光输出，并和其它基体的若丹明６６固体染料激光进行了比较，对激光染料光和热稳定性进行了讨论。     

SnO2超微粒有机敏化薄膜性质的研究

介绍了用直流气体放电活化反应蒸发沉积法制备ＳｎＯ２超微粒薄膜；着重探讨了其有机染料敏化后的光电性质，并结合ＳＥＭ图的观测和紫外吸收光谱的分析，初步讨论了电池结构等因素对微粒薄膜光电性能的影响     

金属废渣吸附剂与PAM复合处理染料废水的应用研究

以金属废渣吸附剂与PAM复合处理碱性品红染料为研究对象，对金属废渣吸附剂的结构及化学组成进行了分析研究。试验结果表明：常温下，pH值为6，金属废渣吸附剂投加量为1．5g／L，PAM用量为0．083g／L，搅拌时间为2min时，沉降时间为25min，处理后的染料废水色度0，吸光度为0．018。通过对比实验，可知，复合处理效果更佳。     

Photo-Grafting Copolymerization of PP Nonwoven Fabric and Its Application for Acidic Dye Adsorption and Filtration

The monomer methacrylamido propyl trimethy ammonium chloride（ MAPTAC） was copolymerized onto the fiber surface of polypropylene（ PP） nonwoven fabric under ultroviole radiation. The weak acid red GN dye adsorption and adsorptive filtration performance of the resulted PP fabrics were investigated.The results showed that the grafting copolymerization preferred to happen in the inner layer of the fabrics. The water flux of the grafted fabrics decreases with the increase of grafting yield. The collapse of the grafted polymer chains causes the flux increase in acidic condition,or vice versa at alkaline version. The coiling of the polyelectrolyte chains upon the dye adsorption seems to violate the routine assumption of the rigid substrate, and this gets the adsorption energy constant negative. The static adsorption process follows the Lagergren＇s pseudo-second order kinetic equation. The removals of circa（ ca.） 100% of the total permeation volume3 500 mL simulated dye wastewater was reached during permeation.The dye adsorbed fabrics were regenerated by the mixed media of the cationic surfactant / ethanol /water. The grafted fabric assumes stable fabric integrity and stability during permeation,and presents excellent dye adsorption capacity,easy desorption, and repeatable utilization.     

水样中低含量阳离子聚合电解质的测定

阳离子聚合电解质与阴离子荧光染料形成胶体复合物。实验表明，在阳离子聚合电解质的存在下，荧光染料溶液中荧光强度的变化值与被荧光染料复合的聚合电解质的含量成正比，此法测定水样中低含量聚合电解质，结果令人满意。     

混凝—电解气浮法处理亲水性染料废水研究

提出了以活性染料为主的亲水性染料废水的混凝－石墨电极电解气浮脱色的处理工艺，研究了混凝剂种类，剂量及水的ＰＨ值等混凝条件及不同电流密度，电解历时等电解条件对废水处理效果的影响，确定了最佳的操作参数，得到了９５％以上的脱色率。研究结果表明，该法脱色效果好，处理学费用省，操作适应性强。