Mechanical loss spectroscopy on inorganic glasses and glass ceramics

Current Opinion in Solid State and Materials Science

Volumn 5, Issue 2-3, 2001, Pages 203-210

  Roling, B ^a  

^a UNIVERSITY OF MÜNSTER   (Germany)

Author keywords

[No Author keywords available]

Indexed keywords

GLASS;

EID: 0034928437     PISSN: 13590286     EISSN: None     Source Type: Journal    
DOI: 10.1016/S1359-0286(00)00045-0     Document Type: Article

References (67)

1. Mechanical relaxations in mixed-alkali silicate glasses: I. Results
2. Mechanical relaxations in mixed-alkali silicate glasses: II. Discussion
3. Diffusion and internal friction in Na-Rb silicate glasses
4. Internal friction and dielectric losses of mixed alkali borate glasses
5. Relaxations in mixed alkali metaphosphate glass
6. Mechanical relaxation anomalies in mixed alkali oxides
7. Analysis of mechanical losses due to ion transport processes in silicate glasses
8. Interrelation between different mixed cation effects in the electrical conductivity and mechanical loss spectra of ion conducting glasses
9. Evidence for site memory effects in the ionic relaxation of
10. Nonlinear ultrasonic attenuation in glasses
11. Low-temperature internal friction of glass ceramics
12. Vibrating reed experiments on compacted vitreous silica
13. Neuere Erkenntnisse über das Relaxationsverhalten der Gläser
14. Untersuchungen von Relaxationserscheinungen an Alkali-Silikat-Gläsern
15. 5 and 10 Hz
16. Automatic system for analysis of micromechanical properties
17. 4-based fluoride glass
18. Structural relaxation subsystems in binary borate glasses
19. 2-type glass and glass-ceramics studied by isothermal mechanical spectroscopy
20. Ionic and atomic degrees of freedom in silver chalcogenide glasses studied by mechanical and electrical spectroscopy
21. Degrees of freedom and ionic mobility in silver chalcogenide glasses
22. Ultrasonic attenuation studies of solid electrolytes
23. Relaxations and local motions in glassy cationic conductors
24. Non-exponentiality of the ionic migration relaxation in glasses
25. Mechanical and dielectric behaviour of some ionic glasses
26. Analysis of quasi-elastic scattering in AgI-based superionic glasses
27. 3, glasses between 5 and 700 K
28. Brillouin scattering and neutron diffraction in ion-conducting glasses
29. Structural relaxations in alkali silicate systems by Brillouin light scattering
30. Determination of divalent cation mobilities in glass by dynamic mechanical analysis (DMTA), evidence for cation coupling effects
31. Low-temperature relaxations in glasses and the thermometer effect
32. Dynamic structure factor and acoustic attenuation in disordered solid electrolytes
33. Towards a theory for the mixed alkali effect in glasses
34. Effect of dissolved water on the internal friction of glass
35. The influence of the distribution of water in silicate glasses on mechanical relaxation
36. Review. The internal friction of glasses
37. Mechanische Relaxation von Silikatgläsern eutektischer Zusammensetzung
38. The effect of microstructure on the transport properties of glasses in the sodium silicate system
39. Internal friction in phosphoaluminate and borate glasses
40. Mechanical vs. electrical relaxation in AgI-based fast ion conducting glasses
41. Ionic transport in oxide glasses and frequency dependence of conductivity
42. Carrier concentrations and relaxation spectroscopy. New information from scaling properties of conductivity spectra in ionically conducting glasses
43. Scaling behaviour in the frequency dependent conductivity of mixed alkali glasses
44. Universal approach for scaling the ac conductivity of ionic glasses
45. Non-universal features of the ac conductivity in ionically conducting glasses
46. Tracer diffusion and electrical conductivity in sodium-cesium silicate glasses
47. Internal friction of mixed alkali metaphosphate glasses. II. Discussion
48. Internal friction and dielectric losses of mixed alkali-alkaline-earth metaphosphate glasses
49. Application of the rheovibron to inorganic glass problems. I. The mixed alkali effect loss spectrum
50. Internal friction of simple alkali silicate glasses containing alkaline-earth oxides. I. Experimental results
51. Internal friction of simple alkali silicate glasses containing alkaline-earth oxides. II. Interpretation and discussion
52. 2 glass
53. 2 glass
54. 2
55. Dependence of ionic mobilities in mixed cation glasses on the nature of the mobile cations
56. Über die elektrische Leitfähigkeit des Glases. IV. Gläser mit zwei zweiwertigen Kationen
57. Mixed alkaline-earth effects in ion conducting glasses
58. Electrical properties of halides and oxyhalide glasses
59. NaF ≤ 0.45)
60. LiF ≤ 0.60)
61. g studies
62. Effects of cation-mixing and anion-mixing in halide glasses on ionic conductivity
63. Internal friction of progressively crystallized glasses
64. The influence of the crystallization process on the internal friction of some oxide glasses
65. Internal friction is LAS type glass and glass-ceramics
66. Internal friction in lithium aluminosilicate glass-ceramics