Energy losses in ultrafiltration hollow fibers: Effect of shape

Galop M.; Lacabanne C.; Lamure A.

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Energy losses in ultrafiltration hollow fibers: Effect of shape

机译：超滤中空纤维的能量损失：形状的影响

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Mechanical and dielectric relaxation of ultrafiltration hollow fibers were studied by thermally stimulated creep and current, and differential scanning calorimetry. The high sensitivity of thermally stimulated techniques shows 8 relaxations and/or transitions between -150 and 350 degrees C (degradation). Not all are related to the intrinsic nature of the material-indeed, 4 of them can be directly related to the shape of the membrane (porosity, diameters, spinning conditions, etc.). Molecular mechanisms of these phenomena are discussed. (C) 2000 John Wiley & Sons, Inc. [References: 16]

机译：通过热刺激蠕变和电流以及差示扫描量热法研究了超滤中空纤维的机械和介电弛豫。热刺激技术的高灵敏度显示在-150到350摄氏度之间有8种弛豫和/或转变（降解）。并非所有都与材料的固有性质有关，其中4个可以与膜的形状（孔隙度，直径，纺丝条件等）直接相关。讨论了这些现象的分子机理。（C）2000 John Wiley＆Sons，Inc. [参考：16]

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《Journal of Applied Polymer Science》 |2000年第1期|共6页
作者
Galop M.; Lacabanne C.; Lamure A.;
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正文语种 eng
中图分类高分子化学（高聚物）;高分子化合物产品;有机化学;
关键词
Thermally stimulated current; Thermally stimulated creep; Hollow fibers; Relaxations; Transitions; Cellulose;

机译：热激电流;热激蠕变;空心纤维;松弛;过渡;纤维素;

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1. Energy losses in ultrafiltration hollow fibers: Effect of shape [J] . Galop M., Lacabanne C., Lamure A. Journal of Applied Polymer Science . 2000,第1期

机译：超滤中空纤维的能量损失：形状的影响
2. Study on the Mode Losses and Bending Losses of Hollow-core Optical Fiber of GeO_2 and SiO_2 Bases for Transmitting CO_2 Laser Energy [J] . HOU Lantian, SUN Yingzhi, ZHAO Bin Chinese Journal of Lasers B . 1996,第1期

机译：GeO_2和SiO_2基空芯光纤传输CO_2激光能量的模损耗和弯曲损耗的研究
3. Shape stabilization, thermal energy storage behavior and thermal conductivity enhancement of flexible paraffin/MWCNTs/PP hollow fiber membrane composite phase change materials [J] . Luo Dajun, Wei Fujian, Shao Huiju, Journal of Materials Science . 2018,第22期

机译：柔性石蜡/ MWCNT / PP中空纤维膜复合相变材料形状稳定，热能储存行为和导热性增强
4. Flame Synthesis of MoO{sub}2 Hollow Micro-Channels, Circular Hollow Fibers, and 3-Dimensional Structures with Unusual Shapes and Symmetries [C] . Merchan-Merchan W., Saveliev A. V., Kennedy L. A. Central States Section Meeting of the United States Section of the Combustion Institute . 2006

机译：火焰合成MOO {Sub} 2中空微通道，圆形中空纤维，具有异形和对称的三维结构
5. Ultrafiltration of surface water by poly(vinylidene fluoride) (PVDF)/TiO2 mixed matrix hollow fiber membranes (HFMs) with advanced antifouling properties under visible light irradiation. [D] . Wang, Xiaofeng. 2014

机译：聚偏氟乙烯（PVDF）/ TiO2混合基质中空纤维膜（HFMs）在可见光照射下具有先进的防污性能，可对地表水进行超滤。
6. Theoretical Evaluation of Polyelectrolyte Layering during Layer-by-Layer Coating of Ultrafiltration Hollow Fiber Membranes [O] . Jakob Stumme, Omjothi Ashokkumar, Saskia Dillmann, 2021

机译：超滤中空纤维膜层逐层涂层聚电解质分层的理论评价
7. Preparation and characterization of novel PSf/PVP/PANI-nanofiber nanocomposite hollow fiber ultrafiltration membranes and their possible applications for hazardous dye rejection [O] . Kajekar, Avin J., Dodamani, Basavanand M., Isloor, Arun M., 2015

机译：新型PSf / PVP / PANI-纳米纤维纳米复合中空纤维超滤膜的制备，表征及其在有害染料排斥中的应用
8. Evaluation of Hollow Fiber Ultrafiltration and Reverse Osmosis for Wastewater Reuse in the Metal Finishing Industry [R] . Breslau, B. R. , Lambert, R. , Milnes, B. A. 1985

机译：中空纤维超滤和反渗透对金属表面处理废水回用的评价

Energy losses in ultrafiltration hollow fibers: Effect of shape

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