T- x Phase diagram of the In2Te3-FeTe2 join in the In-Fe-Te system

Koneshova, T. I.; Vol'fkovich, A. Yu.; Shishkin, Yu. L.; Новоторцев, В. М.

doi:10.1007/bf02757953

Cited by 3 publications

(3 citation statements)

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“…Each appears to have several transitions as the material is cooled below 350 K [24]. Interestingly, these binaries are also ferro-or ferrimagnetic above room temperature [24].…”

Section: Magnetic Propertiesmentioning

confidence: 95%

“…CrTe, Cr 5 Te 6 ; and Cr 3 Te 4 undergo complex magnetic-phase transitions at 125, 102, and 85 K; respectively [24]. Each appears to have several transitions as the material is cooled below 350 K [24]. Interestingly, these binaries are also ferro-or ferrimagnetic above room temperature [24].…”

Section: Magnetic Propertiesmentioning

confidence: 95%

“…Magnetic-phase transitions are common in binary chromium tellurides. CrTe, Cr 5 Te 6 ; and Cr 3 Te 4 undergo complex magnetic-phase transitions at 125, 102, and 85 K; respectively [24]. Each appears to have several transitions as the material is cooled below 350 K [24].…”

Section: Magnetic Propertiesmentioning

confidence: 98%

See 2 more Smart Citations

Thermoelectric properties and antiferromagnetism of the new ternary transition metal telluride CrAuTe4

Reynolds

McGuire

DiSalvo

2004

Journal of Solid State Chemistry

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“…Each appears to have several transitions as the material is cooled below 350 K [24]. Interestingly, these binaries are also ferro-or ferrimagnetic above room temperature [24].…”

Section: Magnetic Propertiesmentioning

confidence: 95%

Section: Magnetic Propertiesmentioning

confidence: 95%

See 1 more Smart Citation

Thermoelectric properties and antiferromagnetism of the new ternary transition metal telluride CrAuTe4

Reynolds

McGuire

DiSalvo

2004

Journal of Solid State Chemistry

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ChemInform Abstract: T‐x Phase Diagram of the In₂Te₃—FeTe₂ Join in the In—Fe—Te System.

Koneshova¹,

Vol'fkovich²,

Shishkin³

et al. 2000

ChemInform

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Fe-In-Te (iron-indium-tellurium)

Raghavan¹

2004

J Phs Eqil and Diff

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The previous review of this system by [1992Rag] presented two pseudobinary sections along the Fe-InTe and Fe-In 2 Te 3 joins from the results of [1990Bab]. More recently, [1994Abi] determined a pseudobinary section along the Fe 2 Te 3 -In 2 Te 3 join and [2000Kon] studied the FeTe 2 -In 2 Te 3 section. Binary SystemsThe Fe-In system [1993Oka1] does not have any intermediate phases. The mutual solid solubility between the elements is very limited. The Fe-Te phase diagram [1993Oka2] contains a number of intermediate phases:(1) the rhombohedral high temperature phase ␤Ј (46.5-48.5 at.% Te); (2) its low temperature form ␤ of tetragonal symmetry; (3) ␥ of unknown structure (54.2 at.% Te); (4) Cr 3 Se 4 type monoclinic ␦ (54-59 at.% Te); (5) NiAs type hexagonal ␦Ј (59.3-64.5 at.% Te); and (6) FeSb 2 type orthorhombic FeTe 2 (). The In-Te system was recently reinvestigated by [2001Zlo]. The confirmed intermediate phases of this system are In 4 Te 3 , InTe, In 2 Te 3 , and In 2 Te 5 . For structural details, see [Pearson3].

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T- x Phase diagram of the In2Te3-FeTe2 join in the In-Fe-Te system

Cited by 3 publications

References 3 publications

Thermoelectric properties and antiferromagnetism of the new ternary transition metal telluride CrAuTe4

Thermoelectric properties and antiferromagnetism of the new ternary transition metal telluride CrAuTe4

ChemInform Abstract: T‐x Phase Diagram of the In₂Te₃—FeTe₂ Join in the In—Fe—Te System.

Fe-In-Te (iron-indium-tellurium)

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T- x Phase diagram of the In2Te3-FeTe2 join in the In-Fe-Te system

Cited by 3 publications

References 3 publications

Thermoelectric properties and antiferromagnetism of the new ternary transition metal telluride CrAuTe4

Thermoelectric properties and antiferromagnetism of the new ternary transition metal telluride CrAuTe4

ChemInform Abstract: T‐x Phase Diagram of the In2Te3—FeTe2 Join in the In—Fe—Te System.

Fe-In-Te (iron-indium-tellurium)

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ChemInform Abstract: T‐x Phase Diagram of the In₂Te₃—FeTe₂ Join in the In—Fe—Te System.