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固体电解质材料
相关语句
  solid electrolyte material
     Doping and strengthening of CeO_2-based solid electrolyte material
     CeO_2基固体电解质材料的掺杂强化
短句来源
     Advances in the Research of Apatite-Type Low-Temperature Solid Electrolyte Material
     磷灰石型低温固体电解质材料的研究进展
短句来源
     PREPARATION OF SOLID ELECTROLYTE MATERIAL WITH AN IMPROVED SOL-GEL METHOD
     用改进溶胶-凝胶法制备固体电解质材料
短句来源
     so it can be supposed to be a cubic single crystal. The conductive activation energy of the electrolyte is thus obtained and found that it will increase with the content of noncon-ductive SrS contained in the electrolyte and SrS impedes the ionic conductibility which obtained at the temperature range of 980-1490K can meet fully the needs for serving the function of a solid electrolyte material.
     故可将其近似地看作立方单晶,得到了该材料的电导激活能,随材料中非导电的 SrS 单相含量增加,电导激活能也升高,SrS 对离子导电起阻碍作用。 各个样品在 980~1490 K 温度范围内的离子电导率完全可以满足作为固体电解质材料应用的要求。
短句来源
     It can be seen from the Z-PLOT that LaF_3 is a very good ion conductor and fit for solid electrolyte material.
     通过对电池阻抗谱的测量与研究,发现在温度较低的条件下,LaF3单晶片具有较高的离子电导率,适于作为低温气体敏感浓差电池的固体电解质材料.
短句来源
  electrolyte materials
     Progress in Study on Bi_2O_3-based Solid Electrolyte Materials
     Bi_2O_3基固体电解质材料研究进展
短句来源
     The ZrO2 electrolyte materials doped by multi-elements (Y2O3,Sc2O3, Dy2O3, Yb2O3, Al2O3 and CaO) were prepared byhigh-temperature solid-state method.
     采用传统高温固溶法制备了Y_2O_3、Yb_2O_3、Sc_2O_3(Dy_2O_3)、Al_2O_3和CaO多元复合掺杂的ZrO_2固体电解质材料
短句来源
     In recent years,four typical electrolyte materials, such as ZrO2-based, CeO2-based, Bi2O3-based and LaGaO3-based electrolyte have been extensively studied.
     近年来,研究比较多的SOFC的电解质材料主要有ZrO2基、CeO2基、Bi2O3基和LaGaO3基四种典型的固体电解质材料
短句来源
     The surface and fracture morphologies of CeO2-based electrolyte materials doped withAl2O3 were observed with SEM.
     对掺杂Al2O3的CeO2基固体电解质材料表面及断口形貌进行了扫描电子显微镜观察。
短句来源
     The effects of doping Al2O3 on the properties of the CeO2based electrolyte materials were investigated by the means of fourprobe method, SEM etc.
     利用四探针电阻测量法、SEM等手段研究了CeO2基固体电解质材料中掺杂Al2O3后的性能变化。
短句来源
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  “固体电解质材料”译为未确定词的双语例句
     Study on the Complex Impedance of Solid Electrolyte Sr_(0.69)La_(0. 31) F_(2.31)+SrS and Determination of Conductivity
     Sr_(0.69)La_(0.31)F_(2.31)+SrS固体电解质材料的电性质研究
短句来源
     Synthesis of MultiCrystal Sr0.69La0.31F2.31 Solid Electrolyte
     多晶Sr_(0.69)La_(0.31)F_(2.31)固体电解质材料的制备
短句来源
     Study on the improvement of Bi_2O_3-based solid electrolyte
     Bi_2O_3基固体电解质材料改性研究
短句来源
     REVIEW ON RESEARCHING OF Bi_2O_3 BASED SOLID ELECTROLYTE
     Bi_2O_3基固体电解质材料研究进展
短句来源
     Na_(5+x) YAl_x Si_(4-x) O_(12) polycrystalline solid electrolytes are prepared by solid reactions.
     用固相反应法制备了Na_(5+x)YAI_xSi_(4-x)O_(12)多晶固体电解质材料
短句来源
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  solid electrolyte material
The degradation of anodes of solid oxide fuel cells (SOFC), which consist of a porous metal - solid electrolyte material is described by a two particle model.
      
Up to the present, fully or partially stabilized zirconia has been used as a solid electrolyte material in probes for the determination of oxygen in metallic melts.
      
  electrolyte materials
A simple imbedded grid approach gives control of the contact area allowing the properties of the electrolyte materials to be studied.
      
Oxygen-ion conducting electrolyte materials for solid oxide fuel cells
      
The stability of various electrolyte materials in contact with other fuel cell components and in fuel environments has been discussed in detail.
      
Data on ionic conductivity, mechanical and thermal properties have been presented for a number of electrolyte materials.
      
Gel polymer polymer membranes, prepared by immobilizing lithium-conducting solutions in a polymer matrix, are promising electrolyte materials for promoting the advancement of the lithium battery technology.
      
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Na_(5+x) YAl_x Si_(4-x) O_(12) polycrystalline solid electrolytes are prepared by solid reactions. By the analyses of X-ray, TG and DTA, infrared spectu re, and SEM, the variasion of their density with the composition X are discussed Their electric conductivity in the temperature range of R. T. to 300℃ are determined with electric brigde, and their variasions with the compositions X and temperature are studied. Their activations in the tem- perature range 140℃ to 300℃ are calculated, and their variation with...

Na_(5+x) YAl_x Si_(4-x) O_(12) polycrystalline solid electrolytes are prepared by solid reactions. By the analyses of X-ray, TG and DTA, infrared spectu re, and SEM, the variasion of their density with the composition X are discussed Their electric conductivity in the temperature range of R. T. to 300℃ are determined with electric brigde, and their variasions with the compositions X and temperature are studied. Their activations in the tem- perature range 140℃ to 300℃ are calculated, and their variation with the compositons X are discussed.

用固相反应法制备了Na_(5+x)YAI_xSi_(4-x)O_(12)多晶固体电解质材料。通过X—射线、差热、红外及电镜测试,确定了它们的晶体结构、晶相组成又显微结构。讨论了样品密度随组成的变化规律。利用导纳电桥测定了样品从室温至300℃范围内的电导率,探讨了样品的电导率随温度和组成变化的规律。确定了各样品在140—300℃之间的活化能,并讨论了活化能随组成变化的规律。

Conductance of high-valence ions in montmorillonite solid electrolyte was investigated with various chemical and physical ways, irt particular, by the methods of electrical property measurment and electrochemistry. The results show that montmorillonite is a practical and promising solid electrolyte material. Some mechanisms on migration for high-valence ions in montmorillonite are discussed.

用多种化学的、物理的方法,尤其是电性能测量和电化学的方法研究了蒙脱石作为固体电解质的高价离子导电性,揭示了一个非常有希望和实用价值的高价离子导电的固体电解质材料,并对其高价离子在蒙脱石固体电解质中的迁移机理进行了探讨。

The complex electrolyte films of LiClO_4·(PEO)_n and LiCF_3SO_3·(PEO)_n were prepared by casting prccess.The AC cordtctivity (σ),ex-change current density at inferfaces (i_o),thermal and electrochemical stabilityof the films were studied.The conductivity reaches 10~(-5)S/cm and 10~(-4)S/cmat 45 and 65℃ for the complex electrolytes LiClO_4·(PEO).(n=9—23)and at 65 and 100℃ for LiCP_3SO_3·(PEO)_n(n=9—27),respectively.Thedecomposition voltages are over 4.5 V and the decomposition tempertures areover 250℃ for them.Polymer...

The complex electrolyte films of LiClO_4·(PEO)_n and LiCF_3SO_3·(PEO)_n were prepared by casting prccess.The AC cordtctivity (σ),ex-change current density at inferfaces (i_o),thermal and electrochemical stabilityof the films were studied.The conductivity reaches 10~(-5)S/cm and 10~(-4)S/cmat 45 and 65℃ for the complex electrolytes LiClO_4·(PEO).(n=9—23)and at 65 and 100℃ for LiCP_3SO_3·(PEO)_n(n=9—27),respectively.Thedecomposition voltages are over 4.5 V and the decomposition tempertures areover 250℃ for them.Polymer solid electrolyte films of LiClO_4-PEO andLiCF_3SO_3-PEO are suitable for secondary lithium betteries working at80—120℃.

以溶液浇铸法合成了聚环氧乙烷-Li 盐复合物 LiClO_4·(PEO)_n 和 LiCF_3SO_3·(PEO)_n。用交流阻抗法、线性极化技术和电位扫描伏安法研究材料的电化学性能.并以热重分析法(TGA)和热变形性能(TMA)测定热化学稳定性和耐热力学性能。对于 LiClO_4·(PEO)_n 体系(n=9—23),σ_(45∶C)>10~(-5)S/cm;σ_(65∶C)>10~(-4)S/cm;LiCF_3SO_4·(PEO)_n 体系(n=9—27),σ_(65∶C)>10~(-5)S/cm,σ_(100∶C)>10~(-4)S/cm.分解电压 E_d>4.5V,热分解温度 T_d>250℃。这类材料可以作为80—120℃工作的全固态高能 Li 蓄电池的固体电解质材料

 
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