Recycled Clay(再生粘土)研究综述
Recycled Clay 再生粘土 - Clay minerals in both basins are assumed to be the residual products of incongruent silicate weathering in drainage areas, and their long-term variations are weakly impacted by postdeposition diagenesis and recycled clays (see Figs. [1] The SEM-EDX and BET analysis for recycled clays further confirmed that the metal ions were removed from water through adsorption onto the clay. [2]两个盆地的粘土矿物被认为是流域内不一致的硅酸盐风化的残余产物，它们的长期变化受沉积后成岩作用和再生粘土的微弱影响（见图1和图2）。 [1] 回收粘土的 SEM-EDX 和 BET 分析进一步证实，金属离子通过吸附到粘土上而从水中去除。 [2]
recycled clay brick 再生粘土砖
This study examines the workability, strength, and microstructure of high strength eco-concrete incorporating recycled clay brick aggregate and calcined clay. [1] Two different types of concrete with different substituted coarse aggregates are studied, namely Recycled Aggregate Concrete (RAC) and Recycled clay Bricks Concrete (RBC). [2] Replacing part of cement with recycled clay brick powder (CBP) can ease the environmental impact caused by construction waste disposal and cement production. [3] In the study, the recycled clay brick powder/fine soil powder-based sodium hydroxide alkali-activated mortar (AAM) specimens were prepared by mixing different percentages (100/0, 80/20, 60/40, 40/6. [4] Effective and new uses of recycled clay brick may provide sustainability benefits in terms of landfill reduction. [5] Recycled clay brick powder (CBP) from waste clay bricks was utilized as a supplementary cementitious material to partially replace cement to prepare cement pastes or mortars. [6] In literature, studies on recycled aggregate concrete (RAC) with recycled aggregates (RAs) originated from clay brick waste are rare, which is mainly attributed to the much lower compressive strength of the RAC with recycled clay brick aggregates (RAC-RCBA) when comparing with its normal aggregate concrete (NAC) counterpart. [7] This work investigated the feasible utilisation of recycled clay brick powder in lightweight foamed concrete (LFC) as a substitute for sand. [8] Finally, the mixing amount of recycled clay bricks in recycled mixed coarse aggregates for pavement base or subbase is discussed. [9]本研究检验了含有再生粘土砖骨料和煅烧粘土的高强度生态混凝土的可加工性、强度和微观结构。 [1] 研究了两种不同类型的具有不同替代粗骨料的混凝土，即再生骨料混凝土 (RAC) 和再生粘土砖混凝土 (RBC)。 [2] 用再生粘土砖粉（CBP）代替部分水泥可以缓解建筑垃圾处理和水泥生产对环境的影响。 [3] 本研究采用不同比例（100/0、80/20、60/40、40/6. [4] 再生粘土砖的有效和新用途可以在减少垃圾填埋场方面提供可持续性效益。 [5] 利用废粘土砖中的再生粘土砖粉（CBP）作为补充胶凝材料，部分替代水泥制备水泥浆或砂浆。 [6] 在文献中，关于再生骨料混凝土（RAC）与再生骨料（RAs）来源于粘土砖废料的研究很少，这主要是由于与再生粘土砖骨料（RAC-RCBA）相比，再生骨料混凝土（RAC-RCBA）的抗压强度要低得多。与其普通骨料混凝土 (NAC) 对应物。 [7] 这项工作研究了在轻质泡沫混凝土 (LFC) 中使用再生粘土砖粉替代沙子的可行性。 [8] 最后讨论了再生粘土砖在路面基层或底基层再生混合粗骨料中的掺混量。 [9]
recycled clay masonry
To investigate the traffic-induced resilient and permanent deformation behaviors as well as the shear and particle breakage properties of the unbound recycled concrete aggregate (RCA) & recycled clay masonry (RCM) blends, a series of consolidated drained, resilient deformation and permanent deformation tests by a large-scale dynamic triaxial apparatus were performed. [1] Blends of Recycled Concrete Aggregate (RCA) with Recycled Clay Masonry (RCM) with proportions of 100/0, 90/10, 80/20, 70/30, 55/45, 40/60, 20/80, and 0/100 by the total aggregate mass were evaluated for use as UGMs. [2]为了研究交通引起的弹性和永久变形行为以及未结合再生混凝土骨料 (RCA) 和再生粘土砌体 (RCM) 混合物的剪切和颗粒破碎性能，进行了一系列固结排水、弹性变形和永久变形试验通过大型动态三轴装置进行。 [1] 再生混凝土骨料 (RCA) 与再生粘土砌体 (RCM) 的混合物，比例为 100/0、90/10、80/20、70/30、55/45、40/60、20/80 和 0/100由总聚集体质量评估用作 UGM。 [2]