Refractory clay and water in a confined space are in a force field arising from the active swelling of a plant-based starch-containing additive. During self-compaction shrinkage moisture is absorbed by the plant additive and squeezed into clay particles. It has been established that the production properties of the additive are affected by starch mineralogical, chemical, thermodynamic and structural features. Water-soluble substances contained in starch form a cluster increasing raw material strength. A physical model of the molding mass compaction mechanism is proposed.

中文翻译：

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基于植物来源的燃尽添加剂的自固结混合物的无沙莫特的绝热。第2部分。燃尽添加剂的矿物学，化学和生物学特性及其在模塑料上进行水热作用时的外观1。

密闭空间中的耐火粘土和水处于一种力场中，这种力场是由植物基含淀粉添加剂的主动溶胀引起的。在自密实收缩过程中，水分被植物添加剂吸收并被挤压成粘土颗粒。已经确定，添加剂的生产性能受淀粉矿物学，化学，热力学和结构特征的影响。淀粉中所含的水溶性物质形成簇状，从而提高了原材料强度。提出了成型质量压实机理的物理模型。