※一部利用できない機能があります
| 1.
図書 |
図書
|
Vladimir Litvinov
|
||||||
| 2.
図書 |
図書
|
by A. Abragam
|
||||||
| 3.
図書 |
図書
|
A. Abragam and M. Goldman
|
||||||
| 4.
図書 |
図書
|
edited by George T. Rado, Harry Suhl
|
||||||
| 5.
図書 |
図書
|
edited by George T. Rado, Harry Suhl
|
||||||
| 6.
図書 |
図書
|
edited by George T. Rado, Harry Suhl
|
||||||
| 7.
図書 |
図書
|
edited by Harry Suhl
|
||||||
| 8.
図書 |
図書
|
Tôru Moriya
|
||||||
| 9.
図書 |
図書
|
by A. Abragam
|
||||||
| 10.
論文 |
論文
|
Tsutsumi, Kitomi ; Takayanagi, Shigeru ; Maezawa, Kunihiko ; Kitazawa, Hideaki
概要:
金沢大学理工研究域数物科学系<br />We investigated antiferromagnetic transitions of R5lr4Si10 (R = Tb, Dy, Ho, Er) by measuring the low
…
-temperature specific heat. The antiferromagnetic transition temperature TN is precisely determined. TN is l0.7 K for R = Tb, TN is 5.8 K for R = Dy, TN is 5.1 K for R = Ho and TN is 3.5 K for R = Er, respectively. These results suggest that the antiferromagnetic transition of the ternary rare-earth metal silicide R5lr4Si10 is dominated by the exchange interaction between R3+ ions like as the antiferromagnetic transitions in the ternary rare-earth metal compounds RCu2Ge2 (R = rare-earth metal). In addition, we report the upturn of the specific heat below 1.5 K observed for R = Tb and Ho. © 2006 Elsevier B.V. All rights reserved.
続きを見る
|
