绪言和许多其它工业部门一样,最近建筑工业也获得了飞快的发展。为了保证在设计上具有更大的灵活性,业已创建了新的施工方法。对于建筑物本身不断地在提出更严格的要求。上述这些情况自然已影响到有关的建筑材料。在早期,即已看出普通无机胶结剂系统如水泥、石灰以及石膏等所施加的种种限制。必须创制不影响混凝土凝结,石灰碳酸化或石膏水化的胶结剂,在砂浆本身引起性质发生新的组合,以满足愈益严格的要求。 INTRODUCTION Like many other industrial sectors, the construction industry has also gained momentum recently. To ensure greater design flexibility, a new construction method has been created. For the building itself constantly put forward more stringent requirements. These conditions have naturally affected the relevant building materials. Earlier, the limitations imposed by common inorganic binder systems such as cement, lime, gypsum and the like have been observed. A binder must be created that does not affect the coagulation of concrete, lime carbonation or hydration of gypsum, resulting in a new combination of properties in the mortar itself to meet the increasingly stringent requirements.