Solid state phase equilibria in the Pt–Sb–Te system

GeTe sequences in superlattice phase change memories and their electrical characteristics

“…The length along the a-axis of Sb 2 Te 3 was 4.2620 Å (Ref. 18) and that of the GeTe was 4.2299 Å (Ref. 19), but we assumed the GeTe length did not change when the GeTe was on the Sb 2 Te 3 .…”

Selective decoration of nanocrystals on single-crystalline PtTe nanowires based on a solid-state reaction

“…Although further study is needed about the formation mechanism of Sb nanocrystal-decorated PtTe NWs, considering the results of TEM and XRD analyses, we suggest that the two major reactions that occurred during the transition from Sb 2 Te 3 /Pt core/shell NWs into Sb nanocrystal-decorated PtTe NWs are as follows: very small size, because the Pt-Sb-Te system does not have any ternary phases. 28 When Sb 2 Te 3 /Pt core/shell NWs were annealed at 600 C, all PtTe 2 transited into PtTe and excess Te was formed. This phase conversion is consistent with a previous report.…”

Ab‐initio calculations and structural studies of (SiTe)2(Sb2Te3)n (n: 1, 2, 4 and 6) phase‐change superlattice films

“…Figure 4 shows the XRD pattern of an eight‐period SiSTSL‐4QL film deposited at 523 K. The peak appearing at around 33° is attributed to the Si substrate. Since the superlattice structure is an artificial structure and no reference data has been reported, the XRD patterns of both Sb 2 Te 3 and SiSTSL‐4QL were simulated after geometry optimization of the reference structure taken from 21 and Fig. 1(b), respectively.…”