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1)  wet colloid chemistry
湿胶化学
1.
Two manufactures of SiC nano coatings:wet colloid chemistry and laser cladding are introduced in this paper.
介绍了湿胶化学法和激光熔覆法两种最容易的制备方法,同时还讨论了SiC纳米复合涂层不同于其它常规涂层的特性,如涂层与基体之间的强粘结性、涂层致密性和高热辐射性等,最后分析了SiC纳米涂层的应用前景和未来的发展空间。
2)  wet-chemical sol-gel process
湿化学溶胶-凝胶法
3)  wet chemical methods
湿化学法
1.
Research progress in preparation of quasi one-dimensional nanosized materials by wet chemical methods;
湿化学法制备准一维纳米材料的研究进展
2.
Comparing with the conventional ones,WO3 nano-powder prepared by wet chemical methods is thinner and more on the control of distribution of grain degree,and it’s with good uniformity and dispersivity.
综述了目前国内外湿化学法制备纳米WO3粉体的主要方法:水解法、沉淀法、溶胶-凝胶法、水热合成法及微乳液法,并对各种制备方法的优缺点进行了简要的讨论。
4)  Wet-end chemistry
湿部化学
1.
This paper describes the fundamentals of the wet-end chemistry and the development of wet chemicals used in the paper-making.
随着现代造纸工业中高速纸机、双网成形、封闭白水系统、废纸利用和中性造纸等新技术的发展,造纸湿部化学领域的研究与应用取得了令人瞩目的进展。
2.
In this paper, the importance and development of wet-end chemistry and wet-end additives in paper industry are reviewed.
本文介绍了湿部化学和湿部化学助剂在造纸工业中的重要作用及其进展,以及国内外化学助剂的应用现状和前
3.
The wet-end chemistry affecting sizing effect, such as sizing sequence, charge of alum, cationic starch and rosin emulsion size was studied in this paper.
对分散松香胶施胶过程中的湿部化学进行了初步的探讨,研究了硫酸铝、分散松香胶、阳离子淀粉等的用量以及施胶顺序对脑胶效果的影响。
5)  wet end chemistry
湿部化学
1.
To optimize the wet end chemistry of paper machine for clean production ——The application of particulate retention and drainage system in high speed newsprint machine;
优化纸机湿部化学 实施清洁生产 微粒助留助滤体系在高速新闻纸机上的应用
2.
Special topic lectures on paper chemicals and wet end chemistry:Chapter 3.Rosin sizing Chemistry;
造纸助剂与湿部化学专题讲座(三) 松香施胶过程中的湿部化学
3.
A study on papermaking with re-claimed water and its wet end chemistry characteristics;
中水造纸及其湿部化学特性的研究
6)  wet chemical method
湿化学法
1.
Synthesis and performance of chromium-doped spinel lithium manganese oxide prepared by wet chemical method;
掺铬锂锰氧化物的湿化学法合成与性能
2.
The optically variable pigments were produced by wet chemical method,and mica titanium having interference colors acted as host materials.
采用具有干涉色的云母钛作为基质材料,通过湿化学法制备随角异色功能颜料。
3.
4))O_3 porcelain powder is prepared by wet chemical method and it is characterized by X-ray Diffraction(XRD),infrared( IR),transmission electronic microscope(TEM).
针对微波介质瓷料系统成瓷过程中介电损耗较大且成瓷温度较高的问题,采用湿化学法制备(Ag0。
补充资料:溶剂湿法冷却凝胶纺丝
分子式:
CAS号:

性质:指纺丝原液挤出后马上冷却,使之固化成凝胶状,得到稳定的结构后才脱溶剂,因此可得到断面圆且结构均一的纤维,基本无皮芯结构和密度梯度,经高倍拉伸可得高强纤维。用它可以纺制聚乙烯醇、聚醋酸乙烯、酯化纤维素和聚丙烯腈等纤维。以聚乙烯醇为例,强度可高达21.1cN/dtex,具有水溶性、生物分解性、耐碱性、超轻量、膨松、易染和难燃性等。用作水泥和复合材料增强剂及水溶性纤维等。

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