Crytalline Precipitates in Silver Ion Conducting Materials

Z. Wiśniewski; Ludwik Górski; J.L. Nowiński; R. Wiśniewski

doi:10.4028/www.scientific.net/SSP.130.107

Paper Titles

Evolution of the Fe₃Si Phase during Siliconising of Ferrous Materials
p.89

X-Ray Analysis of the Cd_0.5Ge_0.5Cr₂Se₄ and CdCr_1.9Ge_0.075Se₄ Compounds
p.93

Structure Studies of Electrodeposited Ni-Mo Alloys with Polymers after Annealing
p.97

Structural Refinement and Homogeneity Range of Sm₆Al₃Si
p.101

Crytalline Precipitates in Silver Ion Conducting Materials
p.107

Refinement of the Cu Structure by Oscillatory Compression Test
p.111

Influence of the Ga Alloying on the Properties of NiAl Based Alloys
p.117

Preparation by Twin Roll Casting and Characterization of TiNi Shape Memory Alloys Strips
p.121

Effect of L2₁ Ordering on the Martensitic and Intermartensitic Transformations in a Ni-Mn-Ga Shape Memory Alloy
p.127

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Crytalline Precipitates in Silver Ion Conducting Materials

Abstract:

Structure and pressure induced volume change of silver ion superionic conductors were investigated. Research concentrated on three groups of materials: xAgI-(1-x)(Ag2O-B2O3), xAgI-(1-x)(Ag2O-P2O5) and xAgI-(1-x)(Ag2O-MoO3). Strong correlation between structure and compressibility was found.