Study on synthesis of high viscosity carboxymethyl starch;
高粘度羧甲基淀粉的制备研究
Preparation of waterborne automotive coatings and investigation of viscosity;
水性丙烯酸酯汽车涂料树脂的制备与粘度的研究
Study on cationic degree and viscosity of oil displacement agent of molecular deposition films;
分子沉积膜驱油剂的阳离子度及其粘度研究
The mechanism of the metallic Ca to influence the viscidity of molten aluminum and the infection of different quantity of metallic Ca to the porosity of closed-foam aluminum has been studied.
发现加入金属Ca并搅拌均匀后,主要生成金属间化合物CaAl4和CaAl2,在熔体中弥散存在,且CaAl4熔点(697℃)高于制备泡沫铝的试验温度(680℃),处于半熔化状态,因此增加了铝熔体粘度。
In order to study the rheological properties of three-phase foam,experiments were conducted to research the factors influencing its viscidity in relation to shear rate,expansion of foam,temperature and gaseous medium,and a rheological expression of three-phase foam is set up according to these parameters and its flowing resistance and reduction of pressure is measured in the pipeline.
为了研究三相泡沫的流体特性,采用实验的方法,考察了剪切速率、发泡倍数、温度、气体介质对三相泡沫粘度的影响,构建了三相泡沫流体的本构方程,测定了三相泡沫流体在注浆管路中的流动阻力及管压降。
According to the reflect characteristics of light and viscidity equation of Einstein,the influence of foil shape on the viscidity and luster of new metallic ink were studied.
根据光反射特点和爱因斯坦粘度方程,研究了颗粒形状与油墨的金属光泽和油墨粘度的关系,结果表明,长片状的金属颗粒能得到最好的印刷效果。
Relationship between Amylose Content and Edible Stickiness and Softness of Cooked Rice of Hybrids;
杂交稻米的直链淀粉含量与米饭口感粘度硬度关系的研究
A lot of research had been made about wheat dough stickiness throughout the world.
该文介绍国内外对小麦面团粘度影响因素研究进展;粘度是由面团粘结特性和内聚特性所共同决定一种特性,粘度过大会造成生产中断,且最终产品质量也会有所降低;麦谷蛋白及醇溶蛋白比例及结构、戊聚糖、1BL／1RS易位均对面团粘度产生影响。
Magnetic liquid with high stickiness were produced by using the components of ultrafine metal particles,surfactant and foundation liquid.
利用金属或合金超微粒子 ,选择适当的表面活性剂和载液 ,制备了高粘度磁性液体密封材料 (MF) ,常温 (2 5℃ )粘度为 (2 。
The experimental methods are briefly introduced to measure the properties of hot metal in blast furnace at Pangang, The influence of C , V , Ti , Si and S contents in hot metal was discussed on the viscocity, melting temperature, and freezing point of hot metal.
简介针对攀钢高炉铁水性质所采用的测试研究方法，论述了钛、钒、硫、硅、碳单因素及其综合因素对铁水粘度、熔化性温度和凝固点的影响，对攀钢高炉冶炼的铁水成分控制提出了建议。
The experiments show that it is important to keep adequate hydroxyl value and viscocity of Span-80 for improving the emulsion explosive quality.
结果认为,控制Span-80的羟值和粘度是提高乳化炸药质量的关键。