G. C. Kim

activity

20182022

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physics.app-ph2019

Water-Quenched Effects of 5 wt.% (Fe, Ti) particle-doped MgB $_{2}$ Superconductor and Low Limit of Pinning Effect

H. B. Lee, G. C. Kim, Hyoungjeen Jeen +1

\begin{abstract} We have studied magnetic properties of water-quenched 5 wt.% (Fe, Ti) particle-doped MgB $_{2}$ comparing with that of air-cooled one. Generally, grain refinement is…

physics.app-ph2019

Upper Critical Field Based on the Width of $Δ$ H = $Δ$ B region in a Superconductor

H. B. Lee, G. C. Kim, B. J. Kim +1

We studied a method of measuring upper critical field (H $_{c 2}$ ) of a superconductor based on the width of $Δ$ H = $Δ$ B region, which appears in the superconductor that volume defec…

physics.app-ph2018

Delta H = Delta B region in volume defect-dominating superconductor

H. B. Lee, G. C. Kim, H. J. Park +1

According to Ginzburg-Landau theory, it has been generally accepted that the diamagnetic property decreases after the lower critical field. However, we found that (Fe, Ti) particle…

Water-Quenched Effects of 5 wt.% (Fe, Ti) particle-doped MgB2​ Superconductor and Low Limit of Pinning Effect

Upper Critical Field Based on the Width of ΔH = ΔB region in a Superconductor

Delta H = Delta B region in volume defect-dominating superconductor

Water-Quenched Effects of 5 wt.% (Fe, Ti) particle-doped MgB $_{2}$ Superconductor and Low Limit of Pinning Effect

Upper Critical Field Based on the Width of $Δ$ H = $Δ$ B region in a Superconductor