机译:Clayey矿物质和粘土土壤作为可能的微生物存储库
University of Johannesburg Mineral Processing and Technology Research Centre Department of Metallurgy School of Mining Metallurgy and Chemical Engineering Faculty of Engineering and the Built Environment;
University of Johannesburg Mineral Processing and Technology Research Centre Department of Metallurgy School of Mining Metallurgy and Chemical Engineering Faculty of Engineering and the Built Environment;
University of Johannesburg Mineral Processing and Technology Research Centre Department of Metallurgy School of Mining Metallurgy and Chemical Engineering Faculty of Engineering and the Built Environment;
University of Johannesburg Department of Biotechnology and Food Technology Faculty of Science;
Clay soil; Clay minerals; Microorganisms; Geophagia;
机译:Clayey矿物质和粘土土壤作为可能的微生物存储库
机译:硫酸钙与矿物添加剂的相互作用对黏性土抗剪强度参数的影响
机译:实用的图表,可根据黏土的氧化物成分确定主要的黏土矿物
机译:非饱和土壤力学及其对黏土干燥的最佳标准含水量的影响
机译:评价与高桩回弹相关的佛罗里达州Clayey粉质细砂土的土壤特性和循环荷载效应。
机译:粘土矿物和粘土土壤介电分散介电分散的混合模型的介电光谱与应用
机译:沸石和矿物质肥料对夹层和砂土壤牛肝菌土壤性质及生长的影响