Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Novel high polymer nano ecological sand stabilization material and reinforcement method thereof
The invention discloses a novel high polymer nano ecological sand stabilization material and a reinforcement method thereof, and belongs to the technical field of geological protection materials. The novel high polymer nano ecological sand stabilization material comprises an aqueous solution and a solid material, wherein the solid material is a sandy material and a high polymer nano material; the aqueous solution is tap water; the liquid-solid ratio of the aqueous solution to the solid material is 1: 2; the aqueous solution and the solid material form a net film through a matrix cementing effect; the net film is laid on the slope surface of a sandy slope; the thickness of the net film is 2cm; and the surface of the sandy slope is wrapped and naturally air-dried to form a solidified body. According to the novel high polymer nano ecological sand stabilization material and the reinforcement method thereof, the ratio of the mass of the aqueous solution to the mass of the solid material is adjusted according to the theoretical scouring amount and the test scouring amount of the sandy slope, the theoretical scouring amount and the test scouring amount are compared, and the liquid-solid ratio is reasonably selected, so that the protection effect of the sand stabilization material is reflected to the maximum extent.
本发明公开了一种新型高聚物纳米生态固沙材料及其加固方法，属于地质保护材料技术领域，包括水溶液以及固体物料，所述固体物料为沙质材料以及高聚物纳米材料，所述水溶液为自来水，所述水溶液以及固体物料的液固比为1:2，所述水溶液以及固体物料通过基质胶结作用形成网膜，所述网膜铺设于沙质斜坡的坡表，所述网膜厚2cm，将沙质斜坡的表面进行包裹并且自然风干形成固化体。该新型高聚物纳米生态固沙材料及其加固方法，通过按照沙质斜坡的理论冲刷量以及试验冲刷量进行水溶液质量与固体物料质量的比值调配，并根据理论冲刷量以及试验冲刷量两者进行对比，合理选择液固比，使得固沙材料的防护效果达到最大限度的体现。
Novel high polymer nano ecological sand stabilization material and reinforcement method thereof
The invention discloses a novel high polymer nano ecological sand stabilization material and a reinforcement method thereof, and belongs to the technical field of geological protection materials. The novel high polymer nano ecological sand stabilization material comprises an aqueous solution and a solid material, wherein the solid material is a sandy material and a high polymer nano material; the aqueous solution is tap water; the liquid-solid ratio of the aqueous solution to the solid material is 1: 2; the aqueous solution and the solid material form a net film through a matrix cementing effect; the net film is laid on the slope surface of a sandy slope; the thickness of the net film is 2cm; and the surface of the sandy slope is wrapped and naturally air-dried to form a solidified body. According to the novel high polymer nano ecological sand stabilization material and the reinforcement method thereof, the ratio of the mass of the aqueous solution to the mass of the solid material is adjusted according to the theoretical scouring amount and the test scouring amount of the sandy slope, the theoretical scouring amount and the test scouring amount are compared, and the liquid-solid ratio is reasonably selected, so that the protection effect of the sand stabilization material is reflected to the maximum extent.
本发明公开了一种新型高聚物纳米生态固沙材料及其加固方法，属于地质保护材料技术领域，包括水溶液以及固体物料，所述固体物料为沙质材料以及高聚物纳米材料，所述水溶液为自来水，所述水溶液以及固体物料的液固比为1:2，所述水溶液以及固体物料通过基质胶结作用形成网膜，所述网膜铺设于沙质斜坡的坡表，所述网膜厚2cm，将沙质斜坡的表面进行包裹并且自然风干形成固化体。该新型高聚物纳米生态固沙材料及其加固方法，通过按照沙质斜坡的理论冲刷量以及试验冲刷量进行水溶液质量与固体物料质量的比值调配，并根据理论冲刷量以及试验冲刷量两者进行对比，合理选择液固比，使得固沙材料的防护效果达到最大限度的体现。
Novel high polymer nano ecological sand stabilization material and reinforcement method thereof
一种新型高聚物纳米生态固沙材料及其加固方法
YUAN JINKE (Autor:in) / PEI ZUAN (Autor:in) / YANG SENLIN (Autor:in)
05.11.2021
Patent
Elektronische Ressource
Chinesisch
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