Effects of rare-earth magnetism on the superconducting upper critical field in infinite-layer nickelates

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

Overview

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Material Science

Magnetism Material Science

Nickelate Material Science

Superconductivity Material Science

Materials Material Science

Anisotropy Material Science

Magnetoresistance Material Science

Cuprate Material Science

Keyphrases

Nickelates Keyphrases

Upper Critical Fiel... Keyphrases

Infinite-layer Nick... Keyphrases

Rare-earth Magnetis... Keyphrases

Nd3+ Keyphrases

La3+ Keyphrases

Anisotropy Keyphrases

Angle Dependence Keyphrases

Azimuthal Angle Keyphrases

Rare Earth Keyphrases

Rare Earth Ions Keyphrases

Pr3+ Keyphrases

Magnetoresistance Keyphrases

Rare Earth Elements Keyphrases

Doublet Keyphrases

Non-magnetic Keyphrases

Superconductivity Keyphrases

Cuprates Keyphrases

Singlet State Keyphrases

F-electrons Keyphrases

Polar Angle Keyphrases

Ground Magnetic Keyphrases

High Field Applicat... Keyphrases

Tunable Superconduc... Keyphrases

INIS

rare earths INIS

nickelates INIS

critical field INIS

superconductivity INIS

applications INIS

anisotropy INIS

ground states INIS

magnetoresistance INIS

rare earth elements INIS

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