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层状结构材料Ni2P2S6的室温固相合成与表征
引用本文:黄种乐,陈坚固,毛少瑜,赵景泰,詹梦雄,郑兰荪.层状结构材料Ni2P2S6的室温固相合成与表征[J].高等学校化学学报,1999,20(4):499-502.
作者姓名:黄种乐  陈坚固  毛少瑜  赵景泰  詹梦雄  郑兰荪
作者单位:厦门大学, 材料系, 厦门 361005
摘    要:通过室温固相反应合成了Ni2P2S6层状结构材料,并经XRD和Raman光谱进行了表征.与传统的高温固相反应法相比较,该法具有反应速度快、能耗低、可得均相产物的优点.TG-DTA研究表明,Ni2P2S6在空气中热氧化的终产物为Ni2P2O7,中间态可能是Ni2P2O6亚稳相.

关 键 词:Ni2P2S6  层状结构  室温固相反应  
收稿时间:1998-09-21

Synthesis and Characterization of Lamellar Structural Materials Ni2P2S6 by Room Temperature Solid State Reaction
HUANG Zhong-Le,CHEN Jian-Gu,MAO Shao-Yu,ZHAO Jing-Tai,ZHAN Meng-Xiong,ZHENG Lan-Sun.Synthesis and Characterization of Lamellar Structural Materials Ni2P2S6 by Room Temperature Solid State Reaction[J].Chemical Research In Chinese Universities,1999,20(4):499-502.
Authors:HUANG Zhong-Le  CHEN Jian-Gu  MAO Shao-Yu  ZHAO Jing-Tai  ZHAN Meng-Xiong  ZHENG Lan-Sun
Institution:Dept. of Chem., Dept. of Materials Science, Xiamen Univ., Xiamen, 361005
Abstract:Results of XRD and Raman spectra show the successful preparation of lamellar structural materials Ni2P2S6 by a new synthetic route room temperature solid state reaction. Compared with the traditional high temperature solid state reaction, the preparation method adopted here has the following advantages: fast reaction rate, low energy cost, high homogeneity of final products and the facility of preparation in quantity. Study of TG\|DTA shows the final product Ni2P2O7 and the existence of an intermediate metastable Ni2P2O6 phase of Ni2P2S6 thermo\|oxidation in air.
Keywords:Ni2P2S6
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