AbstractThe S=1/2 three-leg quantum spin tube is investigated using the numerical diagonalization. The study indicated a new quantum phase transition between the 1/3 magnetization plateau phase and the plateauless one, with respect to the spin anisotropy. The phase diagram is also presented
We study the ground state phase diagram of a frustrated spin-1/2 four-leg tube in an external magnet...
The quantum spin nanotubes are theoretically investigated using the large-scale numerical diagonaliz...
We study the magnetism of a frustrated four-leg spin-1/2 ladder with transverse periodic boundary co...
AbstractThe S=1/2 three-leg quantum spin tube is investigated using the numerical diagonalization. T...
We investigate the spin-1/2 twisted three-leg antiferromagnetic quantum spin tube in the presence of...
The S=1/2 three-leg quantum spin nanotube with the ring exchange interaction is investigated using t...
We study the ground state phase diagram of a frustrated spin-1/2 four-leg tube. Using a variety of c...
We study the ground state phase diagram of a frustrated spin-1/2 four-leg tube. Using a variety of c...
We study the magnetization plateau state of the three-leg spin-1/2 tube in the strong rung coupling ...
Motivated by the recent discovery of the spin tube [(CuCl2tachH)3Cl]Cl2, we investigate the properti...
The competition between quantum and classical magnetization plateaus of S = 1/2 frustrated Heisenber...
We study a three-leg spin-1/2 ladder with geometrically frustrated interleg interactions. We call th...
[著者版]Copyright(c)2005 The Physical Society of JapanThe competition between quantum and classical mag...
We study the ground state phase diagram of a frustrated spin-1/2 four-leg tube in an external magnet...
Using the density matrix renormalization group technique, the quantum phase transitions in a frustra...
We study the ground state phase diagram of a frustrated spin-1/2 four-leg tube in an external magnet...
The quantum spin nanotubes are theoretically investigated using the large-scale numerical diagonaliz...
We study the magnetism of a frustrated four-leg spin-1/2 ladder with transverse periodic boundary co...
AbstractThe S=1/2 three-leg quantum spin tube is investigated using the numerical diagonalization. T...
We investigate the spin-1/2 twisted three-leg antiferromagnetic quantum spin tube in the presence of...
The S=1/2 three-leg quantum spin nanotube with the ring exchange interaction is investigated using t...
We study the ground state phase diagram of a frustrated spin-1/2 four-leg tube. Using a variety of c...
We study the ground state phase diagram of a frustrated spin-1/2 four-leg tube. Using a variety of c...
We study the magnetization plateau state of the three-leg spin-1/2 tube in the strong rung coupling ...
Motivated by the recent discovery of the spin tube [(CuCl2tachH)3Cl]Cl2, we investigate the properti...
The competition between quantum and classical magnetization plateaus of S = 1/2 frustrated Heisenber...
We study a three-leg spin-1/2 ladder with geometrically frustrated interleg interactions. We call th...
[著者版]Copyright(c)2005 The Physical Society of JapanThe competition between quantum and classical mag...
We study the ground state phase diagram of a frustrated spin-1/2 four-leg tube in an external magnet...
Using the density matrix renormalization group technique, the quantum phase transitions in a frustra...
We study the ground state phase diagram of a frustrated spin-1/2 four-leg tube in an external magnet...
The quantum spin nanotubes are theoretically investigated using the large-scale numerical diagonaliz...
We study the magnetism of a frustrated four-leg spin-1/2 ladder with transverse periodic boundary co...
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