Investigations of EPR g Factors and Rhombic Distortion for the Rhombic Cu2+ Centers in K2Zn1-x Cu (x) F-4 Crystals at Low Temperature

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	Investigations of EPR g Factors and Rhombic Distortion for the Rhombic Cu2+ Centers in K2Zn1-x Cu (x) F-4 Crystals at Low Temperature
	W. C. Zheng; D. T. Zhang; P. Su; H. G. Liu
	2012
发表期刊	Applied Magnetic Resonance
ISSN	0937-9347
卷号	43 期号:3 页码:397-403
摘要	The electron paramagnetic resonance g factors g (i) (i = x, y, z) of two rhombic Cu2+ centers, Cu2+(II) and Cu2+(III), in K2Zn1-x Cu (x) F-4 crystals found at low temperature are calculated from the complete diagonalization (of energy matrix) method based on the cluster approach. The calculations show that the ground state wave function of the two rhombically compressed Cu2+ centers is with a small admixture of . The rhombic distortions for both Cu2+ centers are obtained from the calculations. The results are discussed.
部门归属	[zheng, wen-chen; zhang, dong-ting; su, ping; liu, hong-gang] sichuan univ, dept mat sci, chengdu 610064, peoples r china. [zheng, wen-chen] chinese acad sci, int ctr mat phys, shenyang 110016, peoples r china.;zheng, wc (reprint author), sichuan univ, dept mat sci, chengdu 610064, peoples r china.;zhengwc1@163.com
关键词	Electron-paramagnetic-resonance Atomic Screening Constants Hyperfine Parameters Gyromagnetic Factor Spin Resonance Scf Functions Field Copper(Ii) Dependence Spectra
URL	查看原文
文献类型	期刊论文
条目标识符	http://ir.imr.ac.cn/handle/321006/60512
专题	中国科学院金属研究所
推荐引用方式 GB/T 7714	W. C. Zheng,D. T. Zhang,P. Su,et al. Investigations of EPR g Factors and Rhombic Distortion for the Rhombic Cu2+ Centers in K2Zn1-x Cu (x) F-4 Crystals at Low Temperature[J]. Applied Magnetic Resonance,2012,43(3):397-403.
APA	W. C. Zheng,D. T. Zhang,P. Su,&H. G. Liu.(2012).Investigations of EPR g Factors and Rhombic Distortion for the Rhombic Cu2+ Centers in K2Zn1-x Cu (x) F-4 Crystals at Low Temperature.Applied Magnetic Resonance,43(3),397-403.
MLA	W. C. Zheng,et al."Investigations of EPR g Factors and Rhombic Distortion for the Rhombic Cu2+ Centers in K2Zn1-x Cu (x) F-4 Crystals at Low Temperature".Applied Magnetic Resonance 43.3(2012):397-403.