1) High-viscosity fluid
高粘度流体
1.
There are some characteristics in high-viscosity fluid/solids fluidization which are different from common gas or liquid/solids fluidization.
高粘度流体流态化具有与普通气固、液固流态化所不同的特殊规律。
2) highly viscous fluid
高粘流体
1.
Using stainless steel tubes(wall thick 1 mm) heated by the direct passage of a current which has a maximum about 500 A, and a aqua CMC (sodium carboxy methyl cellulose),an experimental study of flow boiling heat transfer to a highly viscous fluid in vertical downward flow is presented for a consistency index η= 0.
用大电流直接通电加热不锈钢管，进行了高粘流体流动沸腾传热实验研究，建立了流动沸腾传热给热系数关联式。
2.
n experimental investigation of flow boiling heat transfer to a highly viscous fluid in verticaldownward flow was carried out.
用高粘流体进行了垂直管内流动沸腾传热实验研究，建立了流动沸腾传热给热系数关联式。
3.
Heat transfer enhancement for highly viscous fluids in solution polymerization for synthetic rubber is an important engineering problem which can be solved effectively by using scraped-surface apparatus .
综述了工业化刮壁式搅拌器的型式、刮板形状、刮板材质及其流型、搅拌功耗和刮膜给热系数,并探讨了刮壁机构强化高粘流体传热的机理。
3) high viscosity fluid
高粘流体
1.
Using high viscosity fluid of Xanthan gum solution as experimental material, heat transfer enhancement experiments were respectively made in smooth tube, helix tube, GK tube and SMK tube.
以高粘流体黄原胶溶液为实验介质,分别在光滑管、螺纹管、GK管和SMK管中,进行了强化传热的实验研究。
4) highly viscous fluids
高粘流体
1.
The results show that the difference in radial temperature is very large in heat transfer to highly viscous fluids.
结果表明,高粘流体传热时径向温差很大,采用较小的加热管径可以有效地减小径向温差。
5) fluid viscosity
流体粘度
1.
The result shows that with the increase of fluid viscosity, the critical speed of the reservoir rock of middle and low permeability and medium and strong consolidation decre.
结果表明,流体粘度增加,中等强度胶结和强胶结的中、低渗透率储层岩石的临界速度降低,弱胶结的高渗透率储层岩石的临界速度降低和速敏损害程度增强。
2.
Through in - house core flow test, the effect of fluid viscosity and pH value on sand production has been studied.
了解油藏出砂机理对有效控制出砂以及选择合理的防砂方法具有重要的指导意义 通过室内岩心流动实验,研究了流体粘度以及pH值对出砂的影响。
3.
Influence of fluid viscosity, injection and production condition, injection timing and reservoir property on polymer flooding is studied on the basis of laboratory modeling, numerical simulation and pilot test in oilfield.
通过采用室内物理模拟、数值模拟和矿场实施跟踪等手段 ,研究了流体粘度、注采情况、注入时机和油藏储层对聚合物驱效果的影响。
补充资料：高粘度综合征
高粘度综合征
由于血浆中M蛋白增多，使血液粘稠度增加而引起的循环血流动力学改变，常见于巨球蛋白血症，多发性骨髓瘤及类风湿性疾病伴有IgM和IgG形成免疫复合物者。临床表现为皮肤、粘膜及消化道出血；视网膜静脉扩张、出血及视乳头水肿；充血性心力衰竭；头痛、痉挛、昏迷等。实验室检查：血浆蛋白增加，蛋白电泳出现M成分，血液粘度增高。应积极治疗原发病，降低循环阻力，出血者可试用肾上腺皮质激素等，紧急情况可考虑血浆置换。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条