The calculated values are affected by lattice constant, selection of pseudopotential and selection of exchange-correlation energy.

晶格参数的优化、赝势的选取和交换关联项的选计算结果有较大影响。

The applications of the phthalocyanines in photodynamics therapy, light bleacher, catalysts, disc, nonliner optical proper-ity, electroluminace, gas sensor, electrochromic was reported in detail.

简要介绍了酞菁化合物在光动力学疗法、漂白剂、化剂、电记录、线性光学、致发光、体传感器、致变色、机超晶格等面的应用。

Radioactive nuclides are solidified at crystal lattice as one part of crystalloid by zirconolite-rich synroc, which greatly enhances the long-term safety of radioactive waste disposing.

富钙钛锆石型人造岩石将放射性核素固定在其晶格中作为晶体的一部分固定起来,大大提高了放射性废物处置的长性,是固化高放射性废物理想的固化介质。

In this paper,according to ground state energy,microcosmic spin configuration of ground state of three sublittice is discussed,saturated magnetic moment of each sublattice in ground state is given.

根据基态能量，讨论基态的自旋微观构型，给出基态子晶格的饱和磁矩.

The calculated values are affected by lattice constant, selection of pseudopotential and selection of exchange-correlation energy.

参数的优、赝势的选取和交换关联项的选择都对计算结果有较大影响。

The applications of the phthalocyanines in photodynamics therapy, light bleacher, catalysts, disc, nonliner optical proper-ity, electroluminace, gas sensor, electrochromic was reported in detail.

简要介绍了酞菁合物在光动力学疗法、漂、、电记录、线性光学、致发光、体传感器、致变色、机超等面的应用。

Radioactive nuclides are solidified at crystal lattice as one part of crystalloid by zirconolite-rich synroc, which greatly enhances the long-term safety of radioactive waste disposing.

富钙钛锆石型人造岩石将放射性核素固定在中作为体的一部分固定起来,大大提高了放射性废物处置的长期安全性,是固高放射性废物理想的固介质。

In this paper,according to ground state energy,microcosmic spin configuration of ground state of three sublittice is discussed,saturated magnetic moment of each sublattice in ground state is given.

根据基态能量，讨论基态的自旋微观构型，给出基态子的饱和磁矩.

The calculated values are affected by lattice constant, selection of pseudopotential and selection of exchange-correlation energy.

格参数的优化、赝势的选取和交换关联项的选择都对计算结果有较大影响。

The applications of the phthalocyanines in photodynamics therapy, light bleacher, catalysts, disc, nonliner optical proper-ity, electroluminace, gas sensor, electrochromic was reported in detail.

简要介绍了酞菁化合物在光动力学疗法、漂白剂、化剂、电记录、线性光学、致发光、体传感器、致变色、机超格等面的应用。

Radioactive nuclides are solidified at crystal lattice as one part of crystalloid by zirconolite-rich synroc, which greatly enhances the long-term safety of radioactive waste disposing.

富钙钛锆石型人造岩石将放射性核素固定在其格中作为体的一部分固定起来,大大提高了放射性废物处置的长期安全性,是固化高放射性废物理想的固化介质。

In this paper,according to ground state energy,microcosmic spin configuration of ground state of three sublittice is discussed,saturated magnetic moment of each sublattice in ground state is given.

根据态能量，态的自旋微观构型，给出态子格的饱和磁矩.

The calculated values are affected by lattice constant, selection of pseudopotential and selection of exchange-correlation energy.

晶的优化、赝势的选取和交换关联项的选择都对计算结果有较大影响。

The applications of the phthalocyanines in photodynamics therapy, light bleacher, catalysts, disc, nonliner optical proper-ity, electroluminace, gas sensor, electrochromic was reported in detail.

简要介绍了酞菁化合物在光动力学疗法、漂白剂、化剂、电记录、线性光学、致发光、体传感器、致变色、机超晶等面的应用。

Radioactive nuclides are solidified at crystal lattice as one part of crystalloid by zirconolite-rich synroc, which greatly enhances the long-term safety of radioactive waste disposing.

富钙钛锆石型人造岩石将放射性核素固定在其晶中作为晶体的一部分固定起来,大大提高了放射性废物处置的长期安全性,是固化高放射性废物理想的固化介。

In this paper,according to ground state energy,microcosmic spin configuration of ground state of three sublittice is discussed,saturated magnetic moment of each sublattice in ground state is given.

基态能量，讨论基态的自旋微观构型，给出基态子晶的饱和磁矩.

The calculated values are affected by lattice constant, selection of pseudopotential and selection of exchange-correlation energy.

晶格参数优化、赝势选取和交换关联项选择都对计算结果有较大影响。

The applications of the phthalocyanines in photodynamics therapy, light bleacher, catalysts, disc, nonliner optical proper-ity, electroluminace, gas sensor, electrochromic was reported in detail.

简要介绍了酞菁化合物在光动力学疗法、漂白剂、化剂、电记录、线性光学、致发光、体传感器、致变色、机超晶格等面应用。

Radioactive nuclides are solidified at crystal lattice as one part of crystalloid by zirconolite-rich synroc, which greatly enhances the long-term safety of radioactive waste disposing.

富钙钛锆石型人造岩石将放射性核素固定在其晶格中作为晶体一部分固定起来,大大提高了放射性废物处置长期安全性,是固化高放射性废物理想固化介质。

In this paper,according to ground state energy,microcosmic spin configuration of ground state of three sublittice is discussed,saturated magnetic moment of each sublattice in ground state is given.

根据基态能量，讨论基态微观构型，给出基态子晶格饱和磁矩.

The calculated values are affected by lattice constant, selection of pseudopotential and selection of exchange-correlation energy.

晶格参数的优化、赝势的选取和交换关联项的选择都对计算结果有较大影响。

The applications of the phthalocyanines in photodynamics therapy, light bleacher, catalysts, disc, nonliner optical proper-ity, electroluminace, gas sensor, electrochromic was reported in detail.

简要介绍了酞菁化合物在光动力学疗法、漂白剂、化剂、电记录、线性光学、致发光、体传感器、致变色、机超晶格等面的应用。

Radioactive nuclides are solidified at crystal lattice as one part of crystalloid by zirconolite-rich synroc, which greatly enhances the long-term safety of radioactive waste disposing.

富钙钛锆石人造岩石将放射性核素固定在其晶格中作为晶体的一部分固定起来,大大提高了放射性废物处置的长期安全性,是固化高放射性废物理想的固化介质。

In this paper,according to ground state energy,microcosmic spin configuration of ground state of three sublittice is discussed,saturated magnetic moment of each sublattice in ground state is given.

根据基态能量，讨论基态的自旋微，给出基态子晶格的饱和磁矩.

The calculated values are affected by lattice constant, selection of pseudopotential and selection of exchange-correlation energy.

晶格参数优化、赝势选取和交换关联项选择都对计有较大影响。

The applications of the phthalocyanines in photodynamics therapy, light bleacher, catalysts, disc, nonliner optical proper-ity, electroluminace, gas sensor, electrochromic was reported in detail.

简要介绍了酞菁化合物在光动力学疗法、漂白剂、化剂、电记录、线性光学、致发光、体传感器、致变色、机超晶格等面应用。

Radioactive nuclides are solidified at crystal lattice as one part of crystalloid by zirconolite-rich synroc, which greatly enhances the long-term safety of radioactive waste disposing.

富钙钛锆石型人造岩石将放射性核素固定在其晶格中作为晶体一部分固定起来,大大提高了放射性废物长期安全性,是固化高放射性废物理想固化介质。

In this paper,according to ground state energy,microcosmic spin configuration of ground state of three sublittice is discussed,saturated magnetic moment of each sublattice in ground state is given.

根据基态能量，讨论基态自旋微观构型，给出基态子晶格饱和磁矩.

The calculated values are affected by lattice constant, selection of pseudopotential and selection of exchange-correlation energy.

晶格参数的优化、赝势的选取和交换关联项的选择都对计算有较大影响。

The applications of the phthalocyanines in photodynamics therapy, light bleacher, catalysts, disc, nonliner optical proper-ity, electroluminace, gas sensor, electrochromic was reported in detail.

简要介绍了酞菁化合在光动力学疗法、漂白剂、化剂、电记录、线性光学、致发光、体传感器、致变色、机超晶格等面的应用。

Radioactive nuclides are solidified at crystal lattice as one part of crystalloid by zirconolite-rich synroc, which greatly enhances the long-term safety of radioactive waste disposing.

富钙钛锆石型人造岩石将放射性核素固定在其晶格中作为晶体的一部分固定起来,大大提高了放射性废的长期安全性,是固化高放射性废理想的固化介质。

In this paper,according to ground state energy,microcosmic spin configuration of ground state of three sublittice is discussed,saturated magnetic moment of each sublattice in ground state is given.

根据基态能量，讨论基态的自旋微观构型，给出基态子晶格的饱和磁矩.

The calculated values are affected by lattice constant, selection of pseudopotential and selection of exchange-correlation energy.

格参数的优化、赝势的选取和交换关联项的选择都对计算结果有较大影响。

The applications of the phthalocyanines in photodynamics therapy, light bleacher, catalysts, disc, nonliner optical proper-ity, electroluminace, gas sensor, electrochromic was reported in detail.

简要介绍了酞菁化合在光动力学疗法、漂白剂、化剂、电记录、线性光学、致发光、体传感器、致变色、机超格等面的应用。

Radioactive nuclides are solidified at crystal lattice as one part of crystalloid by zirconolite-rich synroc, which greatly enhances the long-term safety of radioactive waste disposing.

富钙钛锆石型人造岩石将放射性核素固定在其格中作为体的一部分固定起来,大大提高了放射性废处置的长期安全性,是固化高放射性废理想的固化介质。

In this paper,according to ground state energy,microcosmic spin configuration of ground state of three sublittice is discussed,saturated magnetic moment of each sublattice in ground state is given.

根据能量，讨的自旋微观构型，给出子格的饱和磁矩.