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Peng Hanchang,Liu Zhengkun.Phillipsite in deep-sea sediments[J].Acta Oceanologica Sinica,1994,(1):107-115
Phillipsite in deep-sea sediments
Phillipsite in deep-sea sediments
投稿时间:1993-03-05  修订日期:1993-08-14
DOI:
中文关键词:  Phillipsite  cross-shaped twin  authigenous mineral  volcanic glass
英文关键词:Phillipsite  cross-shaped twin  authigenous mineral  volcanic glass
基金项目:This project is supported by the National Natural Science Foundation of China.
作者单位
Peng Hanchang First Institute of Oceanography, State Oceanic Administration, Qingdao 266003, China 
Liu Zhengkun Institute of Hunan Nonferrous Metals, Changsha 410007, China 
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中文摘要:
      A phillipsite as one of oceanic authigenic zeolites gradually forms from alteration of volcanic glass under low temperature and pressure. In this paper physical property and chemical and mineralogical compositions of some zeolite grains collected from the study area in the North Pacific Ocean are first comprehensively studied, and they are defined as phillipsite. Then, statistics of grain percentage of the phillipsite widely-distributed at 35 sites in the study area in the deep-sea sediments were made; it has been found that they mainly occur in the two sediments:red clay and calcareous ooze, and are rich in the former. Finally, the authors preliminarily discuss the formation process of the phillipsite on the basis of this study results, together with the view points of predecessors.
英文摘要:
      A phillipsite as one of oceanic authigenic zeolites gradually forms from alteration of volcanic glass under low temperature and pressure. In this paper physical property and chemical and mineralogical compositions of some zeolite grains collected from the study area in the North Pacific Ocean are first comprehensively studied, and they are defined as phillipsite. Then, statistics of grain percentage of the phillipsite widely-distributed at 35 sites in the study area in the deep-sea sediments were made; it has been found that they mainly occur in the two sediments:red clay and calcareous ooze, and are rich in the former. Finally, the authors preliminarily discuss the formation process of the phillipsite on the basis of this study results, together with the view points of predecessors.
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