A Tentative Study of Applying Environmental Minerals, SAP and Chemical Sandy Fixation Slurry Material to Comprehensive Desert Control
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X53;P579

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    Abstract:

    The preparation method and properties of water glass-acetic ether, plant tannin extract macromolecule chemical sand fixation slurry and pillared montmorillonite as well as aluminum-deficient zeolite are described in this paper. The pillared montmorillonite, aluminum-deficient zeolite, SAP, and radical elements were mixed together in a definite proportion and mode to prepare"complex water-rich nutrition package", which possesses the function of preserving water, fertifizer and soil moisture. Experiments have proved that nutrition package can let the seedling safely pass through a period of trimester survivorship in sandy soil under the conditions of remarkable differences in day and night temperature, no water, no fertilizer and no safeguard of vegetation. The paper puts forward a new idea on desert control on the basis of characteristics of two kinds of sand fixation slurry materials and functions of nutrition package. Chemical sand fixation slurry material is used to fix up quicksand in a relatively large area and create a relatively stable environment for tree growth. Then nutrition package is used for single tree growth when numerous plants form great forest straps and woodlands. In this way, underground preservation of water, surface sand fixation and forest growths can form a three-dimensional comprehensive capacity for desert control.

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葛学贵,黄少云,马广伟,陈亦凡,靳化才,杨密纯,2001,环境矿物、SAP、化学固沙浆材综合治理荒漠初探[J].岩石矿物学杂志,20(4):511~514. GE Xue-gui, HUANG Shao-yun, MA Guang-wei, CHEN Yi-fan, JIN Hua-cai, YANG Mi-chun ,2001,A Tentative Study of Applying Environmental Minerals, SAP and Chemical Sandy Fixation Slurry Material to Comprehensive Desert Control[J]. Acta Petrologica et Mineralogica,20(4):511~514.

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  • Revised:May 08,2001
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