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Modified raw soil material
The invention provides a modified raw soil material, which comprises the following raw materials in terms of weight unit: 100 parts of raw soil, 5-15 parts of glass slag, 0.5-1.5 parts of rubber particles, and 13 parts of glutinous rice slurry. The formula involved in the invention can improve the ductility and deformation ability of raw soil test pieces to a large extent, and prolongs the time to failure of the test pieces. In real life, the earthquake-resistant time of raw soil buildings can be prolonged, and the resident life and property loss can be reduced. Under the circumstance of no compound addition scheme in the prior art, the invention creatively proposes the compound addition conception, the glutinous rice slurry is taken as the adhesive, and glass slag and rubber particles are added in raw soil to modify the raw soil. The formula improves the compressive strength, deformability and time to failure of raw soil buildings.
Modified raw soil material
The invention provides a modified raw soil material, which comprises the following raw materials in terms of weight unit: 100 parts of raw soil, 5-15 parts of glass slag, 0.5-1.5 parts of rubber particles, and 13 parts of glutinous rice slurry. The formula involved in the invention can improve the ductility and deformation ability of raw soil test pieces to a large extent, and prolongs the time to failure of the test pieces. In real life, the earthquake-resistant time of raw soil buildings can be prolonged, and the resident life and property loss can be reduced. Under the circumstance of no compound addition scheme in the prior art, the invention creatively proposes the compound addition conception, the glutinous rice slurry is taken as the adhesive, and glass slag and rubber particles are added in raw soil to modify the raw soil. The formula improves the compressive strength, deformability and time to failure of raw soil buildings.
Modified raw soil material
SONG PING (author) / LIU LIANG (author) / GUAN KEJIE (author) / YANG SHIHAO (author) / WANG YIHONG (author)
2015-09-09
Patent
Electronic Resource
English
IPC:
C04B
Kalk
,
LIME
European Patent Office | 2024
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