H. Kim

most citedMagnetic field and pressure effects on charge density wave, superconducting, and magnetic states in Lu

_{5}

_{4}

_{10}

and Er

_{5}

_{4}

_{10}

12 citations · 13 across the 3 of their papers we have counts for

collaborators

3 papers

cond-mat.str-el2003★ 1 cited

Formation of mid-gap states and ferromagnetism in semiconducting CaB $_{6}$

Jong-Soo Rhyee, B. H. Oh, B. K. Cho +5

We present a consistent overall picture of the electronic structure and ferromagnetic interaction in CaB $_{6}$ , based on our joint transport, optical, and tunneling measurements on h…

cond-mat.str-el2003★ 12 cited

Magnetic field and pressure effects on charge density wave, superconducting, and magnetic states in Lu $_{5}$ Ir $_{4}$ Si $_{10}$ and Er $_{5}$ Ir $_{4}$ Si $_{10}$

M. H. Jung, H. C. Kim, F. Galli +1

We have studied the charge-density-wave (CDW) state for the superconducting Lu $_{5}$ Ir $_{4}$ Si $_{10}$ and the antiferromagnetic Er $_{5}$ Ir $_{4}$ Si $_{10}$ as variables of temperature, magne…

cond-mat.str-el2003

First Investiation of magnetic ground states in the rare-earth intermetallic compounds RAl $_{0.9}$ Si $_{1.1}$ (R = Ce, Pr, Gd)

M. H. Jung, S. H. Park, H. C. Kim +1

We report the magnetic properties strongly varying with the rare-earth elements in the newly found ternary compounds $R$ Al $_{0.9}$ Si $_{1.1}$ , which crystallize in the tetragonal $α…

Formation of mid-gap states and ferromagnetism in semiconducting CaB6​

Magnetic field and pressure effects on charge density wave, superconducting, and magnetic states in Lu5​Ir4​Si10​ and Er5​Ir4​Si10​

First Investiation of magnetic ground states in the rare-earth intermetallic compounds RAl0.9​Si1.1​ (R = Ce, Pr, Gd)

Formation of mid-gap states and ferromagnetism in semiconducting CaB $_{6}$

Magnetic field and pressure effects on charge density wave, superconducting, and magnetic states in Lu $_{5}$ Ir $_{4}$ Si $_{10}$ and Er $_{5}$ Ir $_{4}$ Si $_{10}$

First Investiation of magnetic ground states in the rare-earth intermetallic compounds RAl $_{0.9}$ Si $_{1.1}$ (R = Ce, Pr, Gd)