Synthesis and Crystal Growth of Tetragonal Fe1.00Se

Abstract

Single crystals of tetragonal Fe1.00Se were grown from polycrystalline material by chemical vapor transport reaction at temperatures below 723 K using AlCl3 as transport additive. The plate-shaped single crystals have edge lengths up to 4 mm. The single crystals display complete diamagnetic shielding factor 4piX = -1 below the superconducting transition.

8 pages, 9 figures

References in corpus (7)

• Extreme Sensitivity of Superconductivity to Stoichiometry in FeSe (Fe1+dSe)
• The Structural Phase Transition in FeSe (Fe1+dSe)
• Why Does Undoped FeSe Become A High Tc Superconductor Under Pressure?
• Crystal structure of the new FeSe1-x superconductor
• Growth and Superconductivity of FeSex Crystals
• Crystal growth and superconductivity of FeSe_x
• Synthesis, crystal structure and magnetism of beta-Fe1.00(2)Se1.00(3) single crystals

Cited by in corpus (14)

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• Electric Transport of a Single Crystal Iron Chalcogenide FeSe Superconductor: Evidence of Symmetry Breakdown Nematicity and Additional Ultrafast Dirac cone-Like Carriers
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• Emergence of an incipient ordering mode in FeSe
• Nodal gaps in the nematic superconductor FeSe from heat capacity
• Tuning stoichiometry and its impact on superconductivity of monolayer and multilayer FeSe on SrTiO3
• Impurity-induced bound states inside the superconducting gap of FeSe
• Synthesis, phase stability, structural and physical properties of 11-type iron chalcogenides
• Influence of disorder on the signature of pseudogap and multigap superconducting behavior in FeSe
• Observation of Ising spin-nematic order and its close relationship to the superconductivity in FeSe single crystals
• Nematic state of the FeSe superconductor
• Homogeneity range of ternary 11-type chalcogenides Fe${}_{1+y}$Te${}_{1-x}$Se${}_x$
• Unusual normal and superconducting state properties observed in hydrothermal Fe1-xSe flakes
• Symmetry-breaking-induced topology in FeSe