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Research of the Ratio of Basis Material for Ecological Protection of Rock Slope in Guizhou

Author: LiuHaiZhang
Tutor: ZhuAn
School: Guizhou Normal
Course: Environmental Science
Keywords: Ecological protection Reinforcement mechanism Orthogonal design Construction technology
CLC: U417.1
Type: Master's thesis
Year: 2008
Downloads: 102
Quote: 1
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Abstract


Slope ecological protection technology is a new type of slope protection technology , has a large number of support engineering used in railway , highway rock slope . It is the rock engineering mechanics , biology , soil science , fertilizer , silicate chemistry , horticulture and environmental and ecological disciplines in an integrated environmental protection technology . However, due to the technology involved in multiple disciplines knowledge , the current study are not systematic and in-depth , the main focus of the issue : the determination of the Green matrix formulation ; This is the key of the success or failure of slope ecological protection . Slope ecological protection research data at home and abroad on the basis of this article thesis , combined with the practice of the Guiyang Yunguan toll station next to the slope ecological protection works , carried out the following research : First -depth study of rock slope reinforcement mechanism theoretically its the main revetment role is the role of the vegetation root systems reinforced with anchor . Then combine the natural geographical features in Guizhou , conducted in-depth analysis of the formation and the physical and chemical properties of the red clay of Guizhou , the green matrix ratio . Followed by orthogonal design method in indoor substrate ratio test . Through the analysis of the test data collation , the optimal formulation of the substrate . Finally , the application of the results of research on the Guiyang Yunguan toll station , next to the high and steep slope engineering practice . Practice has proved that the results of this thesis has a certain practicality .

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CLC: > Transportation > Road transport > Road works > Roads ancillary structures and along the facilities > Protection works
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