ZnO films have been prepared on glass by sol-gel dip coating.
采用溶胶-凝胶法，通过调整溶剂、溶胶稳定剂和热处理制度在载波片上制备出不同工艺参数的ZnO薄膜。
Pure and Pt-doped m(Pt:m(WO3)=0.3% WO3 thin films were prepared using the sol-gel process by the dip coating technique on alumina substrates.
用溶胶凝胶浸渍技术在三氧化二铝基片上制备了纯和m(Pt：m(WO3)=0.3％铂搀杂的三氧化钨膜。
TiO 2 and X Al 2O 3 Y TiO 2 Z SiO 2 coatings(X =0￣0.30, Y =0.25￣0.60, Z = 0.20 ￣0.65 molar fraction) with thickness of 50￣90nm were prepared on microscope glasses by dip coating using an alkoxide base sol gel method.
载玻片在金属醇化物的溶胶中浸涂、热处理，获得厚度为50～90nm的TiO2和XAl2O3－YTiO2－ZSiO2涂膜（X＝0～30，Y＝0.25～0.60，Z＝0.20～0.65，摩尔分数）。
In order to confirm that idea, we first investigated the photocatalytic activity of hydrogen production for MWNT-TiO_2 composite catalyst, which was prepared by same Sol-gel method as reported.
为了证实假设，本文首先考察了采用通常的溶胶-凝胶法来制备碳纳米管和二氧化钛复合催化剂，然后浸渍负载金属Ni，测量其光催化还原水制氢的活性。
This led to a discussion by the two lobsters of the mysteries of existence, of religion, and how capricious the universe was, when someone like Sol Drazin, a schlemiel they knew from the catering business, came back after a fatal stroke as a stud horse impregnating cute little thoroughbred fillies for high fees.
这一切引发了这两只龙虾探讨起存在的神秘性和宗教信仰来，他们喟叹世事之无常，因为他们认识个搞餐饮业的人，叫索尔。德拉辛，像那样个呆头呆脑的家伙，在因中风丧命之后都能够投胎变成一匹种马，专门为那些可爱的纯种小雌马配种，费用还颇高。
Prepared by Sol-Gel method, the xerogel fired at 1100℃ for 2h was well crystallized.
采用溶胶－凝胶法制备的干凝胶在1100℃下焙烧2h后可以得到具有良好晶型的产物。
In this project, we will explore a novel Tat peptide mediated gelatin-siloxane nanogels as gene carrier in order to optimize the transfection and expression efficiency in vitro and in vivo. A challenging task is to use sol-gel and coagulated
本课题的创新点在于将通过溶胶-凝胶、共凝聚等方法制备Tat-壳聚糖纳米颗粒和Tat-明胶-硅氧烷纳米复合凝胶作为质粒DNA的载体材料，并着重探讨Tat介导的纳米凝胶的穿膜和核定位的能力，从而为肿瘤的基因治疗的进一步深入研究提供实验数据和理论依据。
The whispering gallery modes from Rhodamine B doped sol gel microdisks under 532 nm pulsed laser pumping was studied. Microdisks of 15 μm～20 μm in diameter were fabricated by photolithography of light polymeriable sol gel thin films.
采用光聚合溶胶凝胶材料，通过光刻制备得到直径在15 μm～20 μm间的光学微盘谐振腔，在掺有若丹明B染料时，用脉冲532 nm激光抽运微盘，观察到回廊耳语模式，实验所得峰位与理论值相符。
It had been discussed about the synthesizing scheme of predecessor about diethyl zinc used in the method of sol-gel, problems existed in it also were pointed out. Such factors caused influence to the granularity of zinc oxide powders had been systematically investigated as temperatures and times of hydrolyze reaction, the kinds and amount to be used of exterior dispersant, the value of pH, the Moore ratios of raw materials, the temperatures and times of calcinations, it had been indicated by the results that under the conditions of the Moore ratio of raw materials was 1 to 1.25, the temperature and time of hydrolyzing reaction was 80 C and 4hours respectively, PHSA used as exterior dispersant and the amount of which was 0.35%, the value of pH was 7.0, the predecessor of zinc hydroxid could be prepared out. Under the circumstance of the best calcination technics, the temperature and time of calcination was 700 C and 2.5 hours respectively, nanometer zinc oxide had been prepared.
试验探讨了溶胶—凝胶法中前驱体——二乙基锌的合成方案，并指出了其存在的问题所在；系统地考察了均匀沉淀法中的影响因素，如溶液水解反应温度、水解反应时间、表面分散剂的种类、表面分散剂的用量、溶液水解pH值、原料摩尔配比、焙烧温度和焙烧时间对氧化锌粉体粒径的影响，结果表明：在原料摩尔配比n[Zn(CH_3COO)_2]：n=1：1.25；水解反应工艺条件为：80℃×4h；以PHSA作表面分散剂，且其用量为0.35％；用酸、碱调整溶液pH值为7.0条件下可以制得前驱体Zn_2，前驱体氢氧化锌的最佳焙烧工艺制度为：焙烧温度700℃，焙烧时间2.5h。
A method for forming a sol-gel on a metal surface to provide an interface for promoting adhesion between the metal surface and an organic resin involves application of at least one metal alkoxide compound having at least one labile sulfur atom, and at least one metal alkoxide compound having at least one reactive moiety which is capable of bonding with an organic resin.
本发明涉及一种在金属表面形成一界面层，用以增强金属表面与有机树脂粘附力的方法，该方法涉及施加至少一种含至少一个不稳定硫原子的烷氧基金属盐化合物，和至少一种含至少一个可与有机树脂结合的反应性部分的烷氧基金属盐化合物。
The metal alkoxide compound having at least one labile sulfur atom reacts with the metal alkoxide compound having at least one reactive moiety which is capable of bonding with the organic resin to form a sol-gel which bonds to the surface of the metal, and which includes reactive moieties which are capable of bonding with an organic resin.
含至少一个不稳定硫原子的该烷氧基金属盐化合物与含至少一个可与有机树脂结合的反应性部分的烷氧基金属盐化合物反应形成溶胶－凝胶，该溶胶－凝胶层与金属表面结合，且含有可与有机树脂结合的反应性部分。
This sol-gel film could entrap the mediator molecules such as methylene blue in it and exhibited the catalysis for the redox of NADH or hemoglobin when they were embeded in the film all together.
在电极表面获得了厚度在10纳米数量级的膜。利用此膜可有效地将亚甲蓝修饰在电极表面并表现出对NADH的氧化和血红蛋白的还原有良好的电催化作用。
In the present thesis the boehmite and 〓 composite membranes are prepared by sol-gel process.
本论文利用溶胶-凝胶法合成勃姆石及其热相变体复合陶瓷膜。
Sol: Oh, oh, I didn't know that.
哦，这我就不知道了。
Sol: Well, it was possible, you know?
你要知道，那也是可能的。
I remembered Sol, of whom I hadn't thought in years.
然后我站了起来，向我的房间走去。
In this work, we focus our effort on the studying of the sol-thermal and chemical metathesis synthesis of nanomaterials powder.
本论文针对无机纳米粉体的两种合成方法，溶剂热合成和化学交换法，对纳米粉体合成技术进行了探索。
In order to understand the feasibility of sol-gel films as protective coatings for mild steels, solutions containing acetic acid and acetone, instead of commonly used HCl and ethanol as catalyst and solvent respectively, were put forward and showed neglectable corrosion to the mild steel substrates.
为了探讨溶胶—凝胶薄膜作为碳钢防腐涂层的可行性，采取以弱酸HAc取代强酸HCl、适当降低酸的含量以及以酮类溶剂取代醇类溶剂等措施，成功地解决了镀膜溶胶对碳钢基体的腐蚀问题。
TiO〓 and modified Al〓O〓 thin films were prepared with sol-gel followed by dip coating method.
TiO〓及改性Al〓O〓溶胶-凝胶薄膜材料具有良好的减摩及抗磨能力，可用作轻载荷的摩擦学部件。
Sol-gel hydrothermal method can find a wide application in the field of material synthesis, chemical reaction and processing.
溶胶-凝胶水热法广泛地用于材料制备、化学反应和处理，是一个十分活跃的研究领域。