离子导体

  • 网络Ionic conductor;NASICON
离子导体离子导体
  1. 快离子导体系统中Li~+运动的~7LiNMR研究

    ~ 7Li NMR Study Li ~ + Motion in Fast Ionic Conductor System

  2. lif-licl-b2o3系统非晶态快离子导体结构的研究。

    A study on structure of amorphous fast ionic conductor in system lif-licl-b_2o_3 .

  3. Ca掺杂NdGaO3氧离子导体的结构与电学性能

    Structures and Electrical Properties of Ca-Doped NdGaO_3 Oxygen-Ion Conductors

  4. 工艺参数对磁控溅射TaOx薄膜离子导体性能的影响

    Study on the Ion Conduct Properties of TaO_X Film by Magnetron Sputtering Method

  5. 银离子导体在透射电镜(TEM)观测过程中的银丝生长

    Silver Filament Growth on Silver Ionic Conductor During TEM Observation

  6. LiH-LiF-P2O5系非晶态快离子导体的电性能与核磁共振研究

    Study on Electrical Property and NMR of LiH-LiF-P_2O_5 System Non-crystalline Fast Ionic Conductor

  7. Bi2O3基氧离子导体材料的制备及其电导研究

    Preparation and conductivity of bi_2o_3 based oxygen ionic conductors

  8. 新快离子导体&Na2O-Y2O3-GeO2系统的一种多晶陶瓷的研究

    A new fast ionic conductor & a kind of multicrystal ceramics of na_2o-y_2o_3-geo_2 system

  9. 连续CO2激光制备ZrO2快离子导体研究

    Sintering of ZrO_2 superionic conductor using CW CO_2 laser beam

  10. ZrO2基固体氧离子导体的Y2O3、Gd2O3复合掺杂

    The Y_2O_3 、 Gd_2O_3 Composite Doping of Zro_2 Solid Oxygen Ion Conductors

  11. 用正电子湮没研究CaO掺杂的CeO2氧离子导体

    Use of the Technology of Positron Neglect to Study CaO Doped CeO_2 Oxygen Ion Conductor

  12. 40Li2O-12P2O5-48V2O5非晶快离子导体的晶化过程研究

    An Investigation on the Crystallization Process of Amorphous Fast Ionic Conductor 40Li_2O-12P_2O_5-48V_2O_5 by the Positron Annihilation Technique

  13. Bi2O3-Y2O3-Gd2O3系氧离子导体的制备和电导

    Preparation of bi_2o_3-y_2o_3-gd_2o_3 oxide ionic conductor and its electrical conductivity

  14. 非晶快离子导体AgI-Ag4P2O7中银沉积的电子探针研究

    EPMA Study on Silver Deposition in Amorphous Fast Ionic Conductor AgI-Ag_4p_2O_7

  15. 微波固相法合成钠快离子导体Na5YSi4O(12)

    Microwave Radiation Synthesis of Fast Ionic Conductor Na_5YSi_4O_ ( 12 )

  16. 快离子导体作填料的PEO基聚合物电解质

    PEO Based Polymer Electrolyte with the Super Ionic Conductor as Filler

  17. 非晶态离子导体Ag5I2PO4晶化前期与离子导电性的关系

    Relationship between Pre-Crystallization and Ionic Conductivity for Amorphous Ionic Conductor Ag_5I_2PO_4

  18. 电泳沉积法制备La2Mo2O9氧离子导体薄膜

    Preparation of La_2Mo_2O_9 Oxide-ion Conductor Films by Electrophoretic Deposition

  19. PEO、PECH、PET聚合物钠离子导体电学性能及XPS的研究

    Conductivity and XPS Studies of PEO , PECH and PET Complexes with Sodium Salt

  20. 说明掺量ZrO2在较高温度下是一个好的氧离子导体。

    So doped ZrO_2 is a good oxygen ionic conductor at higher temperature .

  21. 用激光熔融法制备稳定ZrO2快离子导体

    Preparation of Stabilized ZrO_2 Superionic Conductor by Laser Melting

  22. 超离子导体CaF2中的Ca~(2+)亚晶格和F~-亚晶格

    Ca ~ ( 2 + ) sublattice and f ~ - sublattice in superionic conductor caf_2

  23. AgI(α-Fe2O3)复合离子导体相转变温度相互影响的研究

    Mutual effect on phase transition temperatures of two phases in agi (α - fe_2o_3 ) composition electrolytes

  24. 采用以无机盐为基础的新型溶胶凝胶法合成了NASICON快离子导体材料。

    Solid electrolyte NASICON ( sodium super ionic conductor ) was synthesized by new sol gel method in which inorganic salts were used as raw material .

  25. 非晶NaI-Na2O-B2O3离子导体中钠沉积的AES和功函数研究

    Investigation on Sodium Deposition in Amorphous NaI-Na_2O-B_2O_3 Solid Electrolyte with AES and Work Function Apparatus

  26. Y2O3稳定的ZrO2氧离子导体的湿化学合成氧化锑/高岭土复合阻燃微粉的湿化学反应动力学及特性

    Studies on Wet Chemical Synthesis of Y_2O_3 Stabilized ZrO_2 Wet chemical reaction kinetics and characteristics of ultrafine antimonide oxide / kaolin composite powder

  27. 含分散第二相粒子的离子导体AgI的电学性质

    Electrical properties of ionic conductor AgI containing DSPP

  28. 用电子探针显微分析法,研究了AgI-Ag4P2O7非晶态快离子导体中的银沉积问题。

    The silver deposition in amorphous fast ionic conductor AgI-Ag_4P_2O_7 has been investigated by EPMA and the counting rate curves were given .

  29. 本文报道Agl(Cr2O3)混合离子导体的电子自旋共振(ESR)实验结果。

    This paper reports the results of the Electron Spin Resonance ( ESR ) experiment of the mixed ionic conductor Agl ( Cr2O3 ) .

  30. 用硅溶胶和聚乙烯醇缩聚反应生成的溶胶、凝胶制备了固体电解质钠快离子导体(natriumsuperionicconductor,Nasicon)。

    Solid electrolyte natrium super ionic conductor ( Nasicon ) was prepared by the polycondensation of silica sol and polyvinyl alcohol via a sol-gel route .