查询词典 viscosity indicator

Objective:To produce low-sugar and high-moisture preserved pachyrhizus; Methods:The relationship of moisture and water activity, numbers of bacterial and mildew were researched. Then water activity was reduced by chitosans with different viscosity-average molecular weights; Results:The number of mildew was a major microbial index of quality-maintaining duration of product. The lower viscosity-average molecular weights of chitosans was, the more water activity reduced; Conclusion:When 9 kD molecular weight,...

目的：为生产低糖、高水分含量番薯果脯；方法：研究果脯中水分含量与水分活度的关系及细菌总数和霉菌数在保温试验中的变化，并采用不同黏均分子量的壳聚糖降低果脯的水分活度；结果：果脯中霉菌数是影响产品保质期的主要微生物指标，壳聚糖的黏均分子量越低，降低水分活度的幅度越大；结论：通过添加0.5%、9kD黏均分子量的壳聚糖，产品水分含量为20%、总糖为26%时，番薯果脯常温放置保值期达到12个月。

The viscosity of lube oils increased with an increasing content of high-viscosity paraffinic base oil in the oil mixture.

混合油样的粘度随着高粘度石蜡基油含量的增加逐渐增加。

Results:①After the rats were subcutaneously injected adrenaline and treated with ice-water bath,the whole-blood viscosity and plasmatic viscosity were all increased under the rate of different exchange.

结果： ①大鼠经皮下注射肾上腺素和冰水冷浴后，其不同切变率全血黏度及血浆黏度均增高。

This model was made by imitating Yinxu-Huowang.Whole blood viscosity and plasmatic viscosity were measured in capillary.Packed cell volume was measured in a routine test.

模拟阴虚火旺复制慢性血瘀大鼠模型，用毛细血管法测定不同切速下的全血比粘度、血浆比粘度，常规法测定红细胞压积。

Their principle of reducing whole blood viscosity is reducing hematocrit、 decreasing fibrinogen concentration、 improving erythrocytc and platelet aggregation, but we didnt find the effect on plasmatic viscosity and red blood cell deformation.

其合用降低全血粘度的机理是降低红细胞压积、降低纤维蛋白原浓度、改善红细胞和血小板聚集能力，但对血浆粘度和红细胞变形能力无显著影响。

After administration of CAP,the whole-blood viscosity were decreased under the rate of different exchange,plasmatic viscosity,and hematocrit were decroased,and erythrocyte deformability was markedly increased.

急性血瘀模型大鼠服用CAP，可降低不同切变率下的全血黏度，并降低血浆黏度、红细胞压积，能明显提高红细胞变形能力。

Result:It was showed that Zhechong not only lowered markedly whole blood viscosity,plasmatic viscosity and packed cell volume but also promoted red cell immune function,which may be:①RBC C3b receptor rosette rate(RCR1R) could be enhanced,②RBC immune complexes rosette rate could be reduced,③the serum rosette forming enhancing rate of RBC C3b receptor could be increased,④the serum rosette forming inhibitory rate of RBC C3b receptor could be decreased.Moreover,there were the inverse correlation between blood viscositv and RCR1R.

结果：虫能明显降低瘀血大鼠的全血比粘度、血浆比粘度和红细胞压积；提高瘀血大鼠红细胞C3b受体花环率，使红细胞免疫复合物花环率下降，血清红细胞免疫粘附促进因子活性增强，而抑制因子减弱；血液粘度与红细胞C3b受体花环率的相关分析呈显著负相关。

Based on a simple cluster theory recently proposed for the dilute solution viscosity of monodisperse polymer, the concentration-dependence of dilute solution viscosity of polydisperse polymer was investigated.

依据最近提出的关于单分散高分子的稀溶液粘度的团簇理论，对多分散高分子的稀溶液粘度的浓度依赖性进行了更新的理论分析。

During the non-isothermal crystallization, compared with common PE, the cooling rate had less impact on the crystallization rate of mPE. Second, the sensitivity of the melt viscosity of mPE to the shear rate was poor, and the introduction of long chain branches onto the molecular structure of mPE could improve the dependence of their melt viscosity on both shear rate and temperature. In the extensional rheometric tests, the occurrence of phenomena of'strain hardening' relied on the structure of linear long chains, and mPE didn't show the behavior of'strain hardening', which implied that the melt strength ofmPE was poor.

其中通过共聚方法在mPE分子中引入非线性长支链结构，对提高mPE熔体粘度对温度的依赖性作用较为明显，而对提高mPE熔体粘度对剪切速率的依赖性以及对提高mPE熔体强度作用较弱；采用共混方法在mPE体系中引入线性长支链结构，则对提高mPE熔体粘度对剪切速率的依赖性以及提高mPE的熔体强度的作用较为明显，而对于提高mPE熔体粘度对温度的依赖性作用相对较弱。

The high melt strength material has a dynamic complex viscosity greater than, or equal to, 175,000 Poise (17,500 Pa-s), measured using parallel plate rheometry at 1 radians per second and 190 degrees Centigrade, and the high flow material has a ratio,*/td, less than 2500, where * is the dynamic complex viscosity and td is the tan delta, both measured at 1 radian per second at 190 degrees Centigrade.

高熔融强度材料具有大于或等于175，000泊(17，500Pa-s)的动态复数粘度，该粘度数值是在190摄氏度、1弧度/秒条件下使用平行板流变仪测得的，并且高流动性材料的η*/td比值小于2500，其中η*为动态复数粘度，td为δ的正切值，二者均在190摄氏度、1弧度/秒的条件下测得。

It was just a normal day of school

那只是上学的普通一天

Which is a very good reference in this issue.

这是一个在这个问题上很好的参考。