隔膜材料

利用热力学方法，讨论了温度、隔膜材料对原子氢传感器电池体系电动势、内电阻的影响，构建了传感器电池体系静态数学模型。

The relationship , that temperature and diaphragm material with electromotive force and internal resistance of cell system of atomic hydrogen sensor , was studied by the thermodynamic means , then a static mathematical model of sensor cell system was formulated .

硅酮作为生物隔膜材料（BMT）能阻止上皮细胞生长且对牙周病治疗防止龈上皮过长有一定临床意义。

The results indicate that silicone may prevent the growth of gingival epithelial cell and may be used as a BMT material .

探讨了电池中的气氛、MH电极、隔膜材料、贮氢合金生产工艺和氢化物分解压对MH－Ni电池自放电的影响。

The effects of atmosphere , MH electrode , production process of hydrogen storage alloys separator materials and decomposition pressure of hydride on the self discharge characteristics of Ni MH battery were studied .

采用相转换法制备出了以天然橡胶（NR）/丁苯橡胶（SBR）为基的多孔状聚合物锂离子电池隔膜材料，系统研究了成膜的工艺参数及机理。

The natural rubber ( NR ) / stytene-butadiene rubber ( SBR ) based porous polymer membranes were prepared by means of phase-inversion , and the processing parameters and mechanism of membrane_forming were studied systematically .

目前用于钒电池中的已商业化的隔膜材料主要以Nafion膜为代表，其具有较高的稳定性，但是造价昂贵、阻钒性能差。

Currently , the membrane which has been commercialized and used in VRB is mainly represented by Nafion , which has high stability , but high cost and poor performance of vanadium resistance at the same time .

心脏辅助泵隔膜材料聚氨酯的细胞毒性研究

A study of cytotoxicity of membrane material of cardiac assist pump

心脏辅助泵隔膜材料的血液相容性及毒理学

Study on blood compatibility and toxicology of membrane of heart assist pump

聚丙烯纤维在电池隔膜材料生产上的应用

The application of polypropylene fiber for manufacture of battery separators

氧化锆纤维布是大容量碱性电池的理想隔膜材料。

Zirconia cloth is an ideal separator material for the alkaline batteries .

膜间隔缺损封堵器中纺织隔膜材料的发展

The Development of Textile Occlusion Membrane Materials Used in Septal Defect Occluders

湿法非织造技术及其在电池隔膜材料生产上的应用

Wet-laying Nonwoven Process and Its Application on Production of Element Barrier Material

封堵器由支架和封堵隔膜材料两部分组成，隔膜材料一般缝在支架上。

An occlusion device is composed of a bracket and membranes sewed on it .

目的：通过对心脏辅助泵隔膜材料血液相容性及毒理学研究，评价聚胺酯材料作为人工心脏辅助泵隔膜材料的可行性。

AIM : To evaluate the blood compatibility and toxicological characteristics of the membrane of heart assist pump .

集流板和电池隔膜材料都制约着钒电池的发展，详细介绍了它们的发展情况。

The current collector and the separator film are the key factors for the development of vanadium battery .

降低内阻、选择好的隔膜材料是提高重负荷输出性能的有效方法。

R educ-ing inner pressure and adopting good separator were regarded as the effective way for improving output ability at heavy-duty .

无论是将隔板移开之前还是将隔板移开之后，都没有分子间作用力。湿法无纺布型锂离子电池隔膜材料的研究

There are no intermolecular interactions either before or after the partition is moved . The Study on the Wet-laid Nonwoven for Lithium-ion Battery Separator

新型电池隔膜材料的发展引起了电池生产厂商的高度重视，隔膜被称为电池的第三电极。

Especially , battery manufacturers and business are paying high attention to the development of new battery separator materials used in battery separator which is called as the " third electrode " of battery .

介绍了国内外钒氧化还原液流电池的电极材料（炭素类和金属类）、集流板、电池隔膜材料的研究发展状况以及电解液的制备情况。

Development status of the electrode materials ( carbon type and metal type ), the current collector and the separator film for vanadium redox flow battery were introduced as well as the method of preparing vanadium electrolyte .

例如因为该薄膜具有介孔孔道且有着不错的韧性，故可作为燃料电池的隔膜材料；因其耐高温性，该材料还可能在高温气体分离和高温传感等领域得到广泛的应用。

This film has a good performance of flexibility and inter-connected wormhole-like channel system , so it could be used as separator in fuel cells . The film could also be used widely in high temperature gas separation and high temperature sensors .

氢氧焊机隔膜框材料的研究

Research on Diaphragm Frame Materials for Hydrogen-oxygen Welding Machine