From (π,0) magnetic order to superconductivity with (π,π) magnetic resonance in Fe_1.02Te_1-xSe_x

Research output: Journal Publications and Reviews › RGC 21 - Publication in refereed journal › peer-review

Overview

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Material Science

Superconductivity Material Science

Iron Material Science

Chalcogenides Material Science

Superconducting Mat... Material Science

Surface Material Science

Charge Carrier Material Science

Long-Range Order Material Science

Keyphrases

Magnetic Ordering Keyphrases

Magnetic Resonance Keyphrases

Superconductivity Keyphrases

Parent Compounds Keyphrases

Wave Vector Keyphrases

Pnictides Keyphrases

Magnetic Wave Keyphrases

Weak Charge Keyphrases

Chalcogenides Keyphrases

Fermi Surface Keyphrases

Superconductor Keyphrases

Antiferromagnetic O... Keyphrases

Range Order Keyphrases

Fe-based Keyphrases

Soft Mode Keyphrases

Spin-wave Resonance Keyphrases

Iron Chalcogenide Keyphrases

Bulk Superconductiv... Keyphrases

Magnetic Correlatio... Keyphrases

Iron Pnictide Super... Keyphrases

Iron Chalcogenide S... Keyphrases

Charge Carrier Loca... Keyphrases

INIS

magnetic resonance INIS

superconductivity INIS

chalcogenides INIS

superconductors INIS

correlations INIS

antiferromagnetism INIS

charge carriers INIS

fermi surface INIS

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