Methods: we obtained the relationship between RBC deformation index and RBC membrane viscosity in the process of RBC deformation recovery.
方法：利用红细胞变形恢复过程，建立红细胞变形指数与红细胞膜粘度的关系。
Results showed that membrane viscosity and wobbling angle of phospholipids of outer membrane fluidity of mitochondria mainly reflected the motion state of outer mitochondrial membrane.
实验结果提示。 完整线粒体膜流动性主要反映了线粒体外膜的运动状态。
Conclusion: High blood viscosity and impaired erythrocyte deformability in erythrocyte membrane may increase resistance to insulin in aged type 2 diabetes.
结论：老年2型糖尿病患者血粘度增高和红细胞变形能力降低可以增加代谢物质血流传输障碍，加重胰岛素抵抗。
The temperature properties of membrane deformation, water viscosity and surface tension in reverse osmosis system are analyzed.
分析了反渗透系统中膜体形变、水体粘度与表面张力等参数的温度特性。
However, membranes tend to foul as concentrated material builds up at the membrane surface and viscosity increases, and this limits concentrations that can be obtained.
然而，浓缩物料在膜表面堆积和粘度增加使膜极易被污染，这样就限制了浓缩的进行。
The change of membrane mobility, the raising of platelet assemble rate, the in creasing of plasma viscosity and flowing embolismare the important pathological basis of cerebral infarction .
血流变学改变、红细胞串珠样改变、红细胞膜变形性减低、血小板聚集率增高，血浆粘度及流动栓子增多是脑梗死发病的重要病理基础。
The effect of viscosity and dipping time on membrane, and that of calcining temperature and time on the structural properties of alumina membrane are also discussed.
还研究了膜厚与浸渍时间和粘度等的关系以及对比不同焙烧温度和时间对氧化铝膜的结构影响。
The reason of the change of the sludge viscosity in submerged membrane bioreactor and the effect of the viscosity on the filtration resistance of the membrane were discussed.
探讨了一体式膜生物反应器中料液粘度变化的原因，以及料液粘度对膜过滤阻力的影响。
The utility model can automatically control the viscosity value of dope, improves the production efficiency and ensures the quality of a laser membrane.
本实用新型具有可自动控制涂料粘度值，提高生产效率，保证镭射膜产 品质量的优点。
The utility model can automatically control the viscosity value of dope, improves the production efficiency and ensures the quality of a laser membrane.
本实用新型具有可自动控制涂料粘度值，提高生产效率，保证镭射膜产 品质量的优点。
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