非牛顿型流体

试验结果表明：白炭黑填充的ENR属非牛顿型流体；

The test result showed that silica-reinforced ENR was a non-Newtonian fluid ;

结果表明，水溶胶、HDI齐聚物的流动指数n近似于1，属牛顿型流体，而水溶胶＼HDI齐聚物交联体系的n＜1，属非牛顿型流体，并且具有触变性。

It was found that n was nearly equal to 1 for water solubilized colloidal dispersion and HDI oligomer , showing Newtonian fluid , while n was less than 0.9 for their crosslinking systems showing non Newtonian fluid . The crosslinking systems appeared the thixotropy as well .

剪切增稠流体（STF）属于非牛顿型流体，在常态下呈现浓缩的胶质悬浮分散液状态。

Shear thickening fluid ( STF ) is a kind of non-Newtonian fluids , normally being concentrated colloidal suspension .

气速增加，牛顿型流体和非牛顿型流体的KLa均增加，但牛顿型流体增加的幅度比非牛顿型流体要大。

When gas velocity increases , the KLa of Newtonian liquid and non-Newtonian liquid both increase , but the increased extent of Newtonian liquid is larger than that of non-Newtonian liquid .

实验证明，无论是牛顿型流体还是非牛顿型流体，气速越小，超声功率对总体积传质系数KLa的相对影响越大；

It had been found that , in Newtonian liquid and non-Newtonian liquid , the smaller the gas velocity is , the bigger the relative effect of ultrasound on volumetric mass transfer coefficient KLa is .

高分子减阻剂对非牛顿型流体流动特性的影响

The Study on Influence of Polymer Drag Reduction Agent on Flowing Properties of Non-Newtonian Fluids

糖膏非牛顿型流体特性对煮制过程影响的探讨

Research on the Influence of the Non-Newton Fluid Properties of Massecuites on the Boiling Process

牛顿型及非牛顿型流体在通气搅拌罐中体积氧传递系数的研究

Studies on the volumetric oxygen transfer coefficients for Newtonian and non-Newtonian fluids in AE rate D agitated tank

利用旋转流变仪考察研究了催化前后生物油的流变特性，结果发现生物油是一种典型的非牛顿型流体，具有显著的剪切稀化特征。

The results indicated that both types of bio-oil were typical non-Newtonian and strongly-shear thinning liquids in the flow behavior .

测定的粘度范围为100～200000厘泊，测定产品的温度40～200℃，适用于牛顿型和非牛顿型流体。

It can measure the viscosities from 100 to 200000 cps , at 40 ~ 200 ℃, suitable for Newtonian or Non-newtonian fluids .

合成胶乳是一种非牛顿型流体，其表观粘度与温度、固含量、流动状态等因素有关。

Synthetic latex is a kind of non Newton fluid , and its apparent viscosity is related with the temperature , solid content and flowing state .

研究结果表明：PP/K树脂合金材料的流变行为同PP一样，仍属于非牛顿型假塑性流体流动行为。

The results showed the rheological behaviour of PP / K-resin was the same with that of PP.

结果表明：低熔点聚酯熔体属于非牛顿型假塑性流体；与普通聚酯PET相比，低熔点聚酯熔体粘度对温度的敏感性相对较小；

The result showed that the low melting point polyester melt was non - Newton pseudoplastic fluid , and the viscosity of it was less sensitive to temperature than that of common PET .

亚麻籽分离蛋白的粘度随浓度的增加而增大，表现为非牛顿型假塑性流体。

The result also showed that IPI viscosity increased along with the IPI concentration increased , and indicated that the IPI solution was a non-Newtonian pseudoplastic fluid .

其非牛顿指数n值比纯PP的n值有所增加，说明改性后PP的熔体流动比纯PP偏离非牛顿型流体；

It indicated that the melt flow behavior of the former departure from the non Newtonian fluid more than that of the latter .