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Effect of curing periods on unconfined compressive characteristics of cement-stabilized soils utilizing bassanite – beneficial use of waste plasterboard –

机译：固化期对水泥稳定土壤无束压缩特性的影响利用巴斯岩 - 储岩板 -

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Takeshi KAMEI; Yasuhiro OGAWA; Toshihide SHIBI;
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1. Basic study on application to Liquefied stabilized soils containing bassanite produced from waste plasterboard [J] . 矢島寿一, 武藤優, 亀井健史 Japanese Geotechnical Journal . 2012,第4期

机译：在废石膏板生产的含重钙铝石的液化稳定土中应用的基础研究
2. Effects of bassanite addition on shear characteristics of cement-stabilized soils [J] . 矢島寿一, 村岡卓也, 武藤優, Japanese Geotechnical Journal . 2011,第2期

机译：添加重钙石对水泥稳定土剪切特性的影响
3. Strength-deformation characteristics and internal structures of cement-stabilized soils mixed with bassanite and coal ash– The creation of hybrid geomaterials – [J] . 亀井健史, 小川靖弘, 志比利秀 Japanese Geotechnical Journal . 2010,第1期

机译：掺重钙铝石和粉煤灰的水泥稳定土的强度变形特性和内部结构–混合土工材料的产生–
4. Effect of curing temperature and particle size distribution on unconfined compressive strength of raw and treated fly ash-lime modified phosphogypsum waste [C] . T Mashifana, F Okonta, F Ntuli International Conference on Civil Engineering and Materials Science . 2020

机译：固化温度和粒度分布对原治疗粉煤灰 - 石灰的非整合抗压强度的影响
5. Sustainable waste management: The beneficial reuse of industrial, municipal, and agricultural waste products as soil amendments. [D] . de Koff, Jason Peter. 2008

机译：可持续废物管理：工业，市政和农业废物的有益再利用作为土壤改良剂。
6. Effect of Industrial By-Products on Unconfined Compressive Strength of Solidified Organic Marine Clayey Soils [O] . Chan-Gi Park, Sung-Wook Yun, Phillippe C. Baveye, 2015

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7. Unconfined compressive strength of cement-stabilized soils containing bassanite produced from waste plasterboard [O] . Takeshi KAMEI, Takayuki SHUKU 2007

机译：含有废石膏板生产的含有甲腺苷酸的水泥稳定土壤的非整合抗压强度
8. Impact on Waste Management from the Beneficial Utilization of Nuclear Wastes [R] . Blomeke, J. O. 1978

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Effect of curing periods on unconfined compressive characteristics of cement-stabilized soils utilizing bassanite – beneficial use of waste plasterboard –

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