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STRUCTURE AND HYDRAULICITY OF C_2F FORMED BY RAPID BURNING
作者姓名:钱光人  李爱美  陈新树
作者单位:Qian Guangren Li Aimei Southwest Institute of Technology,Mianyang,Shichuan 621002,ChinaChenXinshu Southwest Institute of Applied Magnetics,Mianyang,Sichuan 621001,China
摘    要:The structure and the hydraulicity of C_2Fformed by the rapid burnign have been studied with the helpof XRD,IR, Mossbauer spectra,the combined water and oth-er analytical means. The technique of the rapid burning canchange the crystal structure of C_2F.There exist more octahe-dra (Fe~3~ ),less covalent bonding and more crystal defects inthe structure of C_2F. It is important that the hydraulicity ofC_2F can be enhanced by means of the technique of the rapidburning.


STRUCTURE AND HYDRAULICITY OF C_2F FORMED BY RAPID BURNING
Qian Guangren Li Aimei Southwest Institute of Technology,Mianyang,Shichuan ,ChinaChenXinshu Southwest Institute of Applied Magnetics,Mianyang,Sichuan ,China.STRUCTURE AND HYDRAULICITY OF C_2F FORMED BY RAPID BURNING[J].Journal of Wuhan University of Technology. Materials Science Edition,1996(1).
Authors:Qian Guangren Li Aimei Southwest Institute of Technology  Mianyang  Shichuan  ChinaChenXinshu Southwest Institute of Applied Magnetics  Mianyang  Sichuan  China
Affiliation:Qian Guangren Li Aimei Southwest Institute of Technology,Mianyang,Shichuan 621002,ChinaChenXinshu Southwest Institute of Applied Magnetics,Mianyang,Sichuan 621001,China
Abstract:The structure and the hydraulicity of C2F formed by the rapid burning have been studied with the help of XRD,IR, Mossbauer spectra ,the combined water and other analytical means. The technique of the rapid burning can change the crystal structure of C2F. There exist more octahe-dra (Fe3 ), less covalent bonding and more crystal defects in the structure of C2F. It is important that the hydraulicity of C2F can be enhanced by means of the technique of the rapid burning.
Keywords:hydraulicity  rapid burning cement  mineral structure
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