The Experts below are selected from a list of 139953 Experts worldwide ranked by ideXlab platform
Song Gao - One of the best experts on this subject based on the ideXlab platform.
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honeycomb heisenberg spin ladder unusual ground state and Thermodynamic Properties
EPL, 2013Co-Authors: Yang Zhao, Shiju Ran, Yuanyuan Zhu, Bingwu Wang, Song GaoAbstract:The unusual ground state and Thermodynamic Properties of spin-(1/2) two-leg honeycomb (HC) spin ladder are systematically studied by jointly utilizing various analytical and numerical methods. The HC spin ladder is found to exhibit behaviors dramatically different from those of the conventional square spin ladder. A strong relevant term and a half saturation magnetization plateau that can be attributed to the formation of diluted dimer states are observed in the HC ladder, both of which are absent in the square ladder. The ground state phase diagram of the HC spin ladder is identified, and the Thermodynamic Properties of the specific heat and susceptibility for different couplings are thoroughly explored, where two kinds of excitations are unveiled. Our calculated result is well fitted to the experimental data of the two-leg HC spin ladder compound?[Cu2L1(N3)4]n.
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honeycomb heisenberg spin ladder unusual ground state and Thermodynamic Properties
arXiv: Strongly Correlated Electrons, 2013Co-Authors: Yang Zhao, Shiju Ran, Yuanyuan Zhu, Bingwu Wang, Song GaoAbstract:The unusual ground state and Thermodynamic Properties of spin-1/2 two-leg honeycomb (HC) spin ladder are systematically studied by jointly utilizing various analytical and numerical methods. The HC spin ladder is found to exhibit behaviors dramatically different from those of the conventional square spin ladder. A strong relevant term nJ and a half saturation magnetization plateau that can be attributed to the formation of diluted dimer states are observed in the HC ladder, both of which are absent in the square ladder. The ground state phase diagram of the HC spin ladder is identified, and the Thermodynamic Properties of the specific heat and susceptibility for different couplings are thoroughly explored, where two kinds of excitations are unveiled. The distinct Wilson ratios for both spin ladders at the lower critical fields are also obtained. Our calculated result is well fitted to the experimental data of the two-leg HC spin ladder compound [Cu2L1(N3)4]n.
Yang Zhao - One of the best experts on this subject based on the ideXlab platform.
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honeycomb heisenberg spin ladder unusual ground state and Thermodynamic Properties
EPL, 2013Co-Authors: Yang Zhao, Shiju Ran, Yuanyuan Zhu, Bingwu Wang, Song GaoAbstract:The unusual ground state and Thermodynamic Properties of spin-(1/2) two-leg honeycomb (HC) spin ladder are systematically studied by jointly utilizing various analytical and numerical methods. The HC spin ladder is found to exhibit behaviors dramatically different from those of the conventional square spin ladder. A strong relevant term and a half saturation magnetization plateau that can be attributed to the formation of diluted dimer states are observed in the HC ladder, both of which are absent in the square ladder. The ground state phase diagram of the HC spin ladder is identified, and the Thermodynamic Properties of the specific heat and susceptibility for different couplings are thoroughly explored, where two kinds of excitations are unveiled. Our calculated result is well fitted to the experimental data of the two-leg HC spin ladder compound?[Cu2L1(N3)4]n.
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honeycomb heisenberg spin ladder unusual ground state and Thermodynamic Properties
arXiv: Strongly Correlated Electrons, 2013Co-Authors: Yang Zhao, Shiju Ran, Yuanyuan Zhu, Bingwu Wang, Song GaoAbstract:The unusual ground state and Thermodynamic Properties of spin-1/2 two-leg honeycomb (HC) spin ladder are systematically studied by jointly utilizing various analytical and numerical methods. The HC spin ladder is found to exhibit behaviors dramatically different from those of the conventional square spin ladder. A strong relevant term nJ and a half saturation magnetization plateau that can be attributed to the formation of diluted dimer states are observed in the HC ladder, both of which are absent in the square ladder. The ground state phase diagram of the HC spin ladder is identified, and the Thermodynamic Properties of the specific heat and susceptibility for different couplings are thoroughly explored, where two kinds of excitations are unveiled. The distinct Wilson ratios for both spin ladders at the lower critical fields are also obtained. Our calculated result is well fitted to the experimental data of the two-leg HC spin ladder compound [Cu2L1(N3)4]n.
Bingwu Wang - One of the best experts on this subject based on the ideXlab platform.
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honeycomb heisenberg spin ladder unusual ground state and Thermodynamic Properties
EPL, 2013Co-Authors: Yang Zhao, Shiju Ran, Yuanyuan Zhu, Bingwu Wang, Song GaoAbstract:The unusual ground state and Thermodynamic Properties of spin-(1/2) two-leg honeycomb (HC) spin ladder are systematically studied by jointly utilizing various analytical and numerical methods. The HC spin ladder is found to exhibit behaviors dramatically different from those of the conventional square spin ladder. A strong relevant term and a half saturation magnetization plateau that can be attributed to the formation of diluted dimer states are observed in the HC ladder, both of which are absent in the square ladder. The ground state phase diagram of the HC spin ladder is identified, and the Thermodynamic Properties of the specific heat and susceptibility for different couplings are thoroughly explored, where two kinds of excitations are unveiled. Our calculated result is well fitted to the experimental data of the two-leg HC spin ladder compound?[Cu2L1(N3)4]n.
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honeycomb heisenberg spin ladder unusual ground state and Thermodynamic Properties
arXiv: Strongly Correlated Electrons, 2013Co-Authors: Yang Zhao, Shiju Ran, Yuanyuan Zhu, Bingwu Wang, Song GaoAbstract:The unusual ground state and Thermodynamic Properties of spin-1/2 two-leg honeycomb (HC) spin ladder are systematically studied by jointly utilizing various analytical and numerical methods. The HC spin ladder is found to exhibit behaviors dramatically different from those of the conventional square spin ladder. A strong relevant term nJ and a half saturation magnetization plateau that can be attributed to the formation of diluted dimer states are observed in the HC ladder, both of which are absent in the square ladder. The ground state phase diagram of the HC spin ladder is identified, and the Thermodynamic Properties of the specific heat and susceptibility for different couplings are thoroughly explored, where two kinds of excitations are unveiled. The distinct Wilson ratios for both spin ladders at the lower critical fields are also obtained. Our calculated result is well fitted to the experimental data of the two-leg HC spin ladder compound [Cu2L1(N3)4]n.
Shiju Ran - One of the best experts on this subject based on the ideXlab platform.
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honeycomb heisenberg spin ladder unusual ground state and Thermodynamic Properties
EPL, 2013Co-Authors: Yang Zhao, Shiju Ran, Yuanyuan Zhu, Bingwu Wang, Song GaoAbstract:The unusual ground state and Thermodynamic Properties of spin-(1/2) two-leg honeycomb (HC) spin ladder are systematically studied by jointly utilizing various analytical and numerical methods. The HC spin ladder is found to exhibit behaviors dramatically different from those of the conventional square spin ladder. A strong relevant term and a half saturation magnetization plateau that can be attributed to the formation of diluted dimer states are observed in the HC ladder, both of which are absent in the square ladder. The ground state phase diagram of the HC spin ladder is identified, and the Thermodynamic Properties of the specific heat and susceptibility for different couplings are thoroughly explored, where two kinds of excitations are unveiled. Our calculated result is well fitted to the experimental data of the two-leg HC spin ladder compound?[Cu2L1(N3)4]n.
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honeycomb heisenberg spin ladder unusual ground state and Thermodynamic Properties
arXiv: Strongly Correlated Electrons, 2013Co-Authors: Yang Zhao, Shiju Ran, Yuanyuan Zhu, Bingwu Wang, Song GaoAbstract:The unusual ground state and Thermodynamic Properties of spin-1/2 two-leg honeycomb (HC) spin ladder are systematically studied by jointly utilizing various analytical and numerical methods. The HC spin ladder is found to exhibit behaviors dramatically different from those of the conventional square spin ladder. A strong relevant term nJ and a half saturation magnetization plateau that can be attributed to the formation of diluted dimer states are observed in the HC ladder, both of which are absent in the square ladder. The ground state phase diagram of the HC spin ladder is identified, and the Thermodynamic Properties of the specific heat and susceptibility for different couplings are thoroughly explored, where two kinds of excitations are unveiled. The distinct Wilson ratios for both spin ladders at the lower critical fields are also obtained. Our calculated result is well fitted to the experimental data of the two-leg HC spin ladder compound [Cu2L1(N3)4]n.
Yuanyuan Zhu - One of the best experts on this subject based on the ideXlab platform.
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honeycomb heisenberg spin ladder unusual ground state and Thermodynamic Properties
EPL, 2013Co-Authors: Yang Zhao, Shiju Ran, Yuanyuan Zhu, Bingwu Wang, Song GaoAbstract:The unusual ground state and Thermodynamic Properties of spin-(1/2) two-leg honeycomb (HC) spin ladder are systematically studied by jointly utilizing various analytical and numerical methods. The HC spin ladder is found to exhibit behaviors dramatically different from those of the conventional square spin ladder. A strong relevant term and a half saturation magnetization plateau that can be attributed to the formation of diluted dimer states are observed in the HC ladder, both of which are absent in the square ladder. The ground state phase diagram of the HC spin ladder is identified, and the Thermodynamic Properties of the specific heat and susceptibility for different couplings are thoroughly explored, where two kinds of excitations are unveiled. Our calculated result is well fitted to the experimental data of the two-leg HC spin ladder compound?[Cu2L1(N3)4]n.
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honeycomb heisenberg spin ladder unusual ground state and Thermodynamic Properties
arXiv: Strongly Correlated Electrons, 2013Co-Authors: Yang Zhao, Shiju Ran, Yuanyuan Zhu, Bingwu Wang, Song GaoAbstract:The unusual ground state and Thermodynamic Properties of spin-1/2 two-leg honeycomb (HC) spin ladder are systematically studied by jointly utilizing various analytical and numerical methods. The HC spin ladder is found to exhibit behaviors dramatically different from those of the conventional square spin ladder. A strong relevant term nJ and a half saturation magnetization plateau that can be attributed to the formation of diluted dimer states are observed in the HC ladder, both of which are absent in the square ladder. The ground state phase diagram of the HC spin ladder is identified, and the Thermodynamic Properties of the specific heat and susceptibility for different couplings are thoroughly explored, where two kinds of excitations are unveiled. The distinct Wilson ratios for both spin ladders at the lower critical fields are also obtained. Our calculated result is well fitted to the experimental data of the two-leg HC spin ladder compound [Cu2L1(N3)4]n.
