Authors: M Minohara K Tozaki H Hayashi H Inaba
Publish Date: 2006/10/03
Volume: 86, Issue: 3, Pages: 833-837
Abstract
The melting transition of Ga and In was measured by using a nWstabilized differential scanning calorimeter working in a magnetic bore The magnetic effect on the thermometer was about 18 mK at 5 T which was corrected for the measurement of the magnetic effect on the melting transition of Ga and In The melting temperatures of Ga and In with the magnetic field of 5 T were obtained to be 83 and 102 mK respectively higher than those without the magnetic field These results show that the solid phase to be relatively more stable under the magnetic field The calculated temperature shifts of the melting transition due to the magnetic field using the magnetoClapeyron equation and the reference data of magnetic susceptibility were negative values for both Ga and In being contradictory to the experimental results
Keywords: