Completing the triad: synthesis, structure and magnetic properties of kagome metals Ti ₃ Mn ₃ Sn ₄ Ga and Hf ₃ Mn ₃ Sn ₄ Ga

Roman A. Khalaniya; Konstantin Lyssenko; Iasmin Shakhmukhametova; Nikita Shuyev; Andrey V. Mironov; Aleksandr Kulchu; Alexey O. Polevik; A. N. Samarin; Alexey Bogach; Andrei V Shevelkov

doi:10.1039/d6dt00557h

January 1, 2026Dalton Transactions

Completing the triad: synthesis, structure and magnetic properties of kagome metals Ti ₃ Mn ₃ Sn ₄ Ga and Hf ₃ Mn ₃ Sn ₄ Ga

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Key Points

To investigate the synthesis, structure, and magnetic properties of Ti3Mn3Sn4Ga and Hf3Mn3Sn4Ga kagome metals.
Grew single crystals using Sn flux.
Conducted X-ray structural analysis to assess isostructural properties.
Both Ti3Mn3Sn4Ga and Hf3Mn3Sn4Ga are found to be isostructural with Zr3Mn3Sn4Ga.
Identified specific magnetic properties that may have implications for material applications.

Implication

Single crystals of kagome metals show comparable magnetic properties and structure, indicating potential applications in novel materials.

Abstract

Single crystals of Mn-based kagome metals Ti 3 Mn 3 Sn 4 Ga and Hf 3 Mn 3 Sn 4 Ga were grown from Sn flux. The X-ray structural analysis showed that the two compounds are isostructural to recently reported Zr 3 Mn 3 Sn 4 Ga and...

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Khalaniya et al. (2026) studied this question.

synapsesocial.com/papers/69e9bb6285696592c86ed0c9 https://doi.org/10.1039/d6dt00557h

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Completing the triad: synthesis, structure and magnetic properties of kagome metals Ti ₃ Mn ₃ Sn ₄ Ga and Hf ₃ Mn ₃ Sn ₄ Ga

Key Points

Implication

Abstract

Discussion

Cite This Study

Completing the triad: synthesis, structure and magnetic properties of kagome metals Ti ₃ Mn ₃ Sn ₄ Ga and Hf ₃ Mn ₃ Sn ₄ Ga

Key Points

Implication

Abstract

Discussion

Cite This Study

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