论述了制备ysz电解质薄膜的主要方法，并对这些方法进行了评述和展望。
In this paper, some main methods for preparing the YSZ film are reviewed, and the future development trends of fabricating YSZ electrolyte are analyzed.
因此，研究纳米多层氧离子导体电解质薄膜结构、电学性能和稳定性已成为一个重要研究内容。
Therefore, the study of oxygen ion conductor electrolyte nanometer multilayer film structure, electrical properties and stability has become an important research.
用水基凝胶注法制备出ysz固体电解质薄膜，研究了温度、湿度和坯体厚度对干燥过程的影响规律。
YSZ solid electrolyte film was prepared by aqueous gel casting. The influences of temperature, relative humidity and sample thickness on drying process were studied.
影响阳极基底与YSZ电解质薄膜共焙烧匹配性的主要因素是成型压力、预焙烧温度和焙烧升温速率。
Molding pressure, Sinter temperature in advance and the velocity of temperature raised are the main factors for the matching of anode substrate and thin film YSZ electrolyte.
影响阳极基底与YS Z电解质薄膜共焙烧匹配性的主要因素是成型压力、预焙烧温度和焙烧升温速率。
Molding pressure, sinter temperature in advance and the raise velocity of temperature were the main influencing factors for the matching of anode substrate and thin film YSZ electrolyte.
高分子固体电解质（SPE）是一类新兴的电解质薄膜材料，在固态电池和其它领域都有着极大的应用潜力。
Solid polymer electrolytes have emerged as an exciting class of novel electrolyte membrane materials with potential applications in solid-state batteries and other devices.
正离子通过一层抗拒电子的薄膜或电解质进入第二电极。
The positive ions are drawn to a second electrode, via a membrane or electrolyte that will not allow electrons to pass through.
然而，Planar公司找到一种据信能适用于薄膜印刷的固态电解质。
Planar, however, has discovered a solid electrolyte it believes is suitable for thin-film printing.
在蓄电池里充满了电解质，向其加一薄膜，就形成一个电极。
A battery container is filled with electrolyte, after putting on a film, to form an electrode.
薄膜具有较高的电导率，完全可以作为固体电解质使用。
The conductivity of sputtered YSZ thin film is high and would be a good solid electrolyte for using in high temperature electrochemistry.
公开了一种薄膜锂电池，通过解决由在固体电解质层中形成的针孔所导致的各种问题，所述薄膜锂电池可以实现高产率。
Disclosed is a thin film lithium battery which realizes a high yield by solving various problems caused by generation of pinholes in a solid electrolyte layer.
本文通过实验表明采用电化学淀积法，选择合适的电解质溶液和制备工艺条件，可以在液相中获得类金刚石薄膜。
It is indicated that DLC films can be deposited in liquid phase by choosing appropriate electrolyte and preparing technology by electrodeposition method.
N的结合对电解质的电化学性能有明显改善，作为薄膜锂电池电解质有良好的应用前景。
Nitrogen incorporation can improve the electrochemical performance of the thin film electrolyte, which appears as a promising candidate electrolyte for solid state thin-film lithium batteries.
N的结合对电解质的电化学性能有明显改善，作为薄膜锂电池电解质有良好的应用前景。
Nitrogen incorporation can improve the electrochemical performance of the thin film electrolyte, which appears as a promising candidate electrolyte for solid state thin-film lithium batteries.
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