Magnesium oxychloride (MOC) cement has attracted much attention because of its excellent
mechanical properties, but its poor water resistance has limited the development. Aiming at …

Previous research on reactive cementitious materials shows that, compared with traditional
calcium-based cementitious materials, reactive magnesia-based cementitious materials (an …

Magnesium oxychloride cement (MOC) has been applied in various fields due to numerous
advantages, such as high early strength and low carbon emission. However, the adhibition …

In order to popularize magnesium oxysulfate (MOS) cement in civil engineering, it is very
necessary to investigate its carbonation related durability. It was found that carbonization …

Recycled magnesia was prepared via using magnesium oxychloride cement (MOC)-based
waste as the raw material instead of magnesite through calcination under the temperatures …

Dredged sediment (DS) derived from dredging operations poses a potential threat to the
ecological environment. The proper disposal and utilization of DS remains a challenge. In …

In this research, the effects of synthesized 5-phase seed crystals [5Mg (OH) 2· MgCl 2· 8H 2
O] on the compressive strength, reaction process, and microstructure of the two kinds of …

In this paper, based on the basic mechanical properties test and microstructure
characterization of basic magnesium sulfate cement (BMSC), the effects of different pH …

在盐湖地区发展氯氧镁水泥(MOC) 建筑材料是充分利用盐湖镁资源的有效途径之一. 但MOC
用作建筑承重材料, 需进一步提高其长期抗水性. MOC 科技工作者热衷于寻找各种抗水外加剂和 …

In order to make full use of salt lake magnesium resources and improve the strength of the
thermal decomposed magnesium oxychloride cement (TDMOC), the effects of citric acid on …