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Magnetic Properties of Monomer and Dimer Tetrahedral VO x Entities Dispersed on Amorphous Silica-based Materials: Prediction of EPR Parameters from Relativistic DFT Calculations and Broken Symmetry Approach to Exchange Couplings

机译：分散在非晶硅基材料上的四聚体和二聚体四面体VO x实体的磁性：通过相对论DFT计算和交换耦合的不对称对称方法预测EPR参数

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Piotr Pietrzyk; Zbigniew Sojka;
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年度 2011
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1. Magnetic Properties of Monomer and Dimer Tetrahedral VO_x Entities Dispersed on Amorphous Silica-based Materials: Prediction of EPR Parameters from Relativistic DFT Calculations and Broken Symmetry Approach to Exchange Couplings [J] . Pietrzyk P., Sojka Z. Applied Magnetic Resonance . 2011,第4期

机译：分散在非晶硅基材料上的四聚体和二聚体四面体VO_x实体的磁性：通过相对论DFT计算和交换耦合的不对称对称方法预测EPR参数
2. Magnetic Properties of Monomer and Dimer Tetrahedral VO_x Entities Dispersed on Amorphous Silica-based Materials: Prediction of EPR Parameters from Relativistic DFT Calculations and Broken Symmetry Approach to Exchange Couplings [J] . Piotr Pietrzyk, Zbigniew Sojka Applied Magnetic Resonance . 2011,第4期

机译：分散在非晶硅基材料上的四聚体和二聚体四面体VO _{x 实体的磁性：从相对论DFT计算和交换耦合的不对称对称方法预测EPR参数}
3. Theoretical prediction of magnetic exchange coupling constants from broken-symmetry coupled cluster calculations [J] . Schurkus Henry F., Chan Garnet Kin-Lic, Chen Dian-Teng, The Journal of Chemical Physics . 2020,第23期

机译：破碎对称耦合簇计算磁交换耦合常数的理论预测
4. Magnetic Properties of Monomer and Dimer Tetrahedral VOx Entities Dispersed on Amorphous Silica-based Materials: Prediction of EPR Parameters from Relativistic DFT Calculations and Broken Symmetry Approach to Exchange Couplings [O] . Piotr Pietrzyk, Zbigniew Sojka -1

机译：分散在非晶硅基材料上的四聚体和二聚体四面体VOx实体的磁性能：从相对论DFT计算和交换耦合的不对称对称方法预测EPR参数
5. Magnetic Properties of Monomer and Dimer Tetrahedral VOx Entities Dispersed on Amorphous Silica-based Materials: Prediction of EPR Parameters from Relativistic DFT Calculations and Broken Symmetry Approach to Exchange Couplings [O] . Pietrzyk, Piotr, Sojka, Zbigniew 2011

机译：分散在非晶硅基材料上的四聚体和二聚体四面体VOx实体的磁性能：从相对论DFT计算和交换耦合的不对称对称方法预测EPR参数

Magnetic Properties of Monomer and Dimer Tetrahedral VO x Entities Dispersed on Amorphous Silica-based Materials: Prediction of EPR Parameters from Relativistic DFT Calculations and Broken Symmetry Approach to Exchange Couplings

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