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Structural stability of infinite-layer CaCuO_2 under high pressure
作者姓名:QIN Xiaomei    HONG Ming    ZHANG Gongmu    MAI Wenjie    LI Fengying    YU Richeng    LIU Jing  & JIN Changqing  . Institute of Physics  Chinese Academy of Sciences  Beijing  China  . Beijing High Pressure Research Center  Beijing  China  . Institute of High Energy Physics  Chinese Academy of Sciences  Beijing  China Correspondence should be addressed to Jin Changqing
作者单位:Qin Xiaomei,HONG Ming,ZHANG Gongmu,MAI Wenjie,Li Fengying,YU Richeng,Jin Changqing(Institute of Physics, Chinese Academy of Sciences, Beijing 100080, China; Beijing High Pressure Research Center, Beijing 100080, China);LIU Jing(Beijing High Pressure Research Center, Beijing 100080, China; Institute of High Energy Physics, Chinese Academy of Sciences, Beijing 100039, China) 
基金项目:国家自然科学基金,中国科学院"百人计划" 
摘    要:Since the discovery of high temperature supercon-ductivity by Bednorz et al. in 19861], many series of cu- prate superconductors have been synthesized. Critical temperature has been improved continuously. But no verdict has been given upon what mechanism causes su- perconductivity. CaCuO2 conductive layers are the parent structure of the high Tc cuprate superconductors, such as Cu-12 (n-1)n2], Tl-12(n-1)n3] and Hg-12(n-1)n4,5] super- conductor families. In 1988, infinite-layer (Ca0.86S…

收稿时间:2003-02-25
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