Muon spin depolarization has been studied in moderately concentrated AgMn and AuFe alloys from the freezing temperature T-g up to 300 K. The muon depolarization function can be analyzed to show that the temperature dependence of the strongly nonexponential form of the local spin autocorrelation function in these canonical alloys is similar to that observed in numerical simulations on Ising spin glasses. The dynamic behavior above T-g appears to be an intrinsic precursor to spin glass freezin
The time dependent spin autocorrelation function of a number of CuMn and AuFe canonical spin glass...
Rdsum6.- On prdsente une revue des rdsultats expdrimentaux sur la dynamique de spin des verres de sp...
Muon spin methods are very sensitive to nanoscale defects such as trace elements and vacancies in me...
Muon spin depolarization has been studied in moderately concentrated AgMn and AuFe alloys from the f...
Muon spin relaxation measurements have been carried out below the "glass" temperature Tg in AgMn spi...
Recently reported zero-field ..mu..SR measurements below the spin-glass transition temperature in Ag...
Zero-field muon spin relaxation (µSR) experiments have been performed on the spin glass Fe1.75Ti1.25...
Muon spin relaxation ((mu)SR) has been used to study the magnetic ordering in PdMn and AgMn dilute a...
Muon spin rotation data taken in both zero and finite fields are presented for a Ag:Mn (1.6 at %) sp...
Although spin glass transitions have long been observed in diluted magnetic alloys, e.g. AuFe and Cu...
7 págs.; 6 figs.; PACS number(s): 67.20.1k, 61.20.Ja, 76.75.1iThe dynamics of two molecular glass fo...
We report on longitudinal field muon spin relaxation measurements in CuMn spin glasses below the fre...
Concentrated spin-glass behavior is discovered in a mechanically milled crystalline compound GdN. We...
We report on the analysis of mu SR and Mossbauer measurements of the metallic spin glasses Y(Fe0.65A...
We analyze experimental data on the temperature-dependent part of the resistivity of AuFe, CuMn, AgM...
The time dependent spin autocorrelation function of a number of CuMn and AuFe canonical spin glass...
Rdsum6.- On prdsente une revue des rdsultats expdrimentaux sur la dynamique de spin des verres de sp...
Muon spin methods are very sensitive to nanoscale defects such as trace elements and vacancies in me...
Muon spin depolarization has been studied in moderately concentrated AgMn and AuFe alloys from the f...
Muon spin relaxation measurements have been carried out below the "glass" temperature Tg in AgMn spi...
Recently reported zero-field ..mu..SR measurements below the spin-glass transition temperature in Ag...
Zero-field muon spin relaxation (µSR) experiments have been performed on the spin glass Fe1.75Ti1.25...
Muon spin relaxation ((mu)SR) has been used to study the magnetic ordering in PdMn and AgMn dilute a...
Muon spin rotation data taken in both zero and finite fields are presented for a Ag:Mn (1.6 at %) sp...
Although spin glass transitions have long been observed in diluted magnetic alloys, e.g. AuFe and Cu...
7 págs.; 6 figs.; PACS number(s): 67.20.1k, 61.20.Ja, 76.75.1iThe dynamics of two molecular glass fo...
We report on longitudinal field muon spin relaxation measurements in CuMn spin glasses below the fre...
Concentrated spin-glass behavior is discovered in a mechanically milled crystalline compound GdN. We...
We report on the analysis of mu SR and Mossbauer measurements of the metallic spin glasses Y(Fe0.65A...
We analyze experimental data on the temperature-dependent part of the resistivity of AuFe, CuMn, AgM...
The time dependent spin autocorrelation function of a number of CuMn and AuFe canonical spin glass...
Rdsum6.- On prdsente une revue des rdsultats expdrimentaux sur la dynamique de spin des verres de sp...
Muon spin methods are very sensitive to nanoscale defects such as trace elements and vacancies in me...