Mechano-chemical synthesis of crystalline superionic conductors CsAg4Br_(3-x)I_(2+x) (0 展开▼

机译：Chemalo-Chemical合成结晶外膜导体CSAG4BR_（3-X）I_（2 + X）（0 展开▼

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Silver ion conductive materials attract numerous interest of research nowadays, due to their high potentiality in the solid electrolyte ion source (SEIS) intended for the application in the ionic thruster. In the work, mechano-chemical synthesis of crystalline superionic conductors CsAg4Br_(3-x)I_(2+x) (0

机译：银离子导电材料现在吸引了众多研究的兴趣，因为它们在离子推进器中的应用中的固体电解质离子源（SEIS）的高潜力。在作品中，通过高能球碾磨首次进行晶体外膜导体CSAG4BR_（3-X）I_（2 + X）（0

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《International Conference on Metals and Alloys》|2020年|213 p.|共6页
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W B Zuo; V O Pelenovich; A B Tolstogouzov;
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中图分类工程材料学;
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1. Mechano-chemical synthesis of crystalline superionic conductor CsAg4Br3-xI2+x (x=0.32) and its application for Ag+ ion-beam generation [J] . Zuo Wenbin, Pelenovich Vasiliy, Tolstogouzov Alexander, Journal of Alloys and Compounds: An Interdisciplinary Journal of Materials Science and Solid-state Chemistry and Physics . 2019,第期

机译：结晶外阴导体CSAG4BR3-XI2 + X（X = 0.32）的机械化学合成及其对Ag +离子束生成的应用
2. Effect of Phase Transitions on the Exciton Absorption Spectrum of Rb_(x)K_(1-x)Ag_(4)I_(5) Superionic Conductors [J] . O. N. Yunakova, V. K. Miloslavskii, E. N. Kovalenko Optics and Spectroscopy . 2005,第6期

机译：相变对Rb_（x）K_（1-x）Ag_（4）I_（5）超离子导体的激子吸收谱的影响
3. Vibrational Spectroscopy of Ba_(1-x)R_xF_(2+x) (R valence La, Nd) Superionic Conductors [J] . Kadlec F., Simon P. Ferroelectrics: Letters Section . 2000,第1a4期

机译：Ba_（1-x）R_xF_（2 + x）（R价La，Nd）超离子导体的振动光谱
4. Mechano-chemical synthesis of crystalline superionic conductors CsAg4Br_(3-x)I_(2+x) (0 [C] . W B Zuo, V O Pelenovich, A B Tolstogouzov International Conference on Metals and Alloys . 2020

机译：Chemalo-Chemical合成结晶外膜导体CSAG4BR_（3-X）I_（2 + X）（0
5. Controlled mechano-chemical synthesis and properties of nanostructured hydrides in the magnesium-aluminum-hydrogen and magnesium-boron-hydrogen. [D] . Chiu, Chun. 2007

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机译：锂离子导体Li9.42si1.02p2.1s9.96O2.04在Li2s-p2s5-siO2伪三元体系中具有Li10Gep2s12型结构：合成，电化学性质和结构 - 组成关系

Mechano-chemical synthesis of crystalline superionic conductors CsAg4Br_(3-x)I_(2+x) (0 展开▼

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