van Riessen Arie, Jamieson Evan, Gildenhuys Hendrik, Skane Ramon, Allery Jarrad
Future Battery Industries CRC, John de Laeter Research Centre, Curtin University, Perth, WA 6845, Australia.
Materials (Basel). 2025 May 2;18(9):2093. doi: 10.3390/ma18092093.
Compressive strength testing is usually the first test applied to alkali-activated materials or geopolymers after their manufacture to gauge the success of the selected formulation. If the compressive strength is found to be acceptable, then a raft of other tests can be applied to assess the suitability of the geopolymer for its anticipated application. It is proposed that a rapid X-ray diffraction (XRD) test can provide an indication of the strength of geopolymers via the measurement of the difference between the amorphous precursor peak position and the position of the amorphous peak of the geopolymer material. The proposed XRD method provides complementary data to mechanical strength testing and provides evidence that a geopolymer has formed.
抗压强度测试通常是碱激活材料或地质聚合物制造后进行的第一项测试,以评估所选配方是否成功。如果发现抗压强度可接受,那么可以进行一系列其他测试,以评估地质聚合物是否适合其预期应用。有人提出,快速X射线衍射(XRD)测试可以通过测量无定形前驱体峰位置与地质聚合物材料无定形峰位置之间的差异来指示地质聚合物的强度。所提出的XRD方法为机械强度测试提供了补充数据,并提供了地质聚合物已形成的证据。