WP-NUVS series of ultra-violet light-cured silk screen printing ink in the main printing has been spraying UV Varnish and PU plastic spot on the surface of materials, printing, screen printing ink does not contain volatile solvents, low-odor, no stimulation, curing Water-resistant film is strong, solvent cleaning, alcohol-resistant (500 grams more than 1, 000 power), RCA tape test 175G force of more than 250, printing will not block network of fast-curing, curing tough membrane, attached to fastness Excellent color.
WP-NUVS系列紫外线光固化移印丝印油墨主要印刷在已经喷涂过UV光油和PU光油的塑胶材料表面，移印、丝印油墨不含挥发性溶剂，低臭味、无刺激、固化膜耐水性强，耐溶剂擦洗、耐酒精（500克的力1000次以上）、RCA纸带测试175G的力250次以上、印刷时不会堵网，固化速度快，固化膜坚韧，附着牢度极佳，色彩鲜艳。
WP-UV1000 series of ultra-violet light-cured silk screen printing ink in the main printing has been spraying UV Varnish and PU plastic spot on the surface of materials, printing, screen printing ink does not contain volatile solvents, low-odor, no stimulation, curing Water-resistant film is strong, solvent cleaning, alcohol-resistant (500 grams more than 1, 000 power), RCA tape test 175G force of more than 250, printing will not block network of fast-curing, curing tough membrane, attached to fastness Excellent color.
详细描述：WEIBAO-UV1000系列UV移印絲印油墨WP-NUVS系列紫外线光固化移印丝印油墨主要印刷在已经喷涂过UV光油和PU光油的塑胶材料表面，移印、丝印油墨不含挥发性溶剂，低臭味、无刺激、固化膜耐水性强，耐溶剂擦洗、耐酒精（500克的力1000次以上）、RCA纸带测试175G的力250次以上、印刷时不会堵网，固化速度快，固化膜坚韧，附着牢度极佳，色彩鲜艳。
The silicone rubber is oilysludge and molten resin membrane pressure by certain pressure so that the cooling roll oilysludge and melt adhesive film, press, and cooling, curing.
硅橡胶压力辊的作用是将基材和熔融树脂膜以一定的压力压向冷却辊，使基材和熔融膜压紧、粘合，并冷却、固化成型。
Not only the reliably theoretic foundations were provided for the cleaner production of monosodium glutimate by membrane technology, but also a set of scheme for preventing and curing membrane fouling was put forward in this dissertation. Firstly, on the basic research of interaction between polysulphone membrane and the fermentation broth of glutamic acid, the modern analysis technologies on surface structure, such as the scanning electron microscopy and x-ray photoelectron spectroscopy were made full use of to analyze the membrane surface structure before and after fouling.
首先，从膜与被处理物系—谷氨酸发酵液相互作用的新视点出发，充分利用现代先进的表面分析技术—环境扫描电镜和X射线光电子能谱，对污染前后的膜表面层进行分析，配合发酵液中主要污染物与聚砜膜吸附反应自由焓和活化能的实验测定，认为谷氨酸菌和可溶蛋白与聚砜膜的相互作用为物理吸附，符合静电作用机理。
And then through the delivery of Intermolecular energy, so that the aggregate of pre-polymers and micropatterns monosomic, and so on polymer become excited state, producing charge transfer collateral fitness; complexiometric inpurity, cross-linked frame constantly curing membrane.
然后通过分子间能量的传递，使聚合性预聚物和感光性单体等高分子变成激发态，产生电荷转移络合体；络合休不断交联架台、固化成膜。
The effects of curing temperature, methanol concentration and membrane composition on the ionic conductivity and the methanol permeability of the membranes were investigated.
研究了膜组成、热处理温度、甲醇水溶液浓度等对膜电导率和甲醇透过率的影响。
Conclusions The effect on light energy output of dental light-curing unit was insignificant when conventional membrane material was used, and the material could be effectively used to prevent patients from cross-infection in the dental treatment.
结论使用普通薄膜材料作为光导棒与口腔环境的隔离屏障，不会对光能输出产生较大影响，可以成为一种在光固化治疗过程中防止交叉感染的一次性使用避污薄膜材料。
The effect on light energy output of dental light-curing unit when using membrane materials
低密度聚乙烯薄膜对牙科光固化机光能输出的影响
Clinical Study on Curing Hyaline Membrane Disease with Pulmonary Surfactant
肺表面活性物质替代治疗新生儿肺透明膜病临床研究
CONCLUSIONS Good curing, nursing care and quality control for nosocomial infection will increase the survival from the hyaline membrane disease.
结论合适的治疗方法、有效的护理措施和医院感染控制可提高患儿的生存率。
The Characteristics of Membrane Lipid Peroxidation in Burley Tobacco Leaves during Curing
白肋烟调制过程中叶片膜脂过氧化特性的研究