We propose a concept of potential energy that describes the natural ability of foam systems to self-compaction under the complex action of electrohydrothermal force fields. The process of generation of the excess internal pressure in foam systems is studied both analytically and experimentally. The experimental data on the dynamics of temperature and pressure are obtained as a result of monitoring performed with the help of a computer and the contemporary base of electronic components. The proposed technology is based on the method that enables one to combine several processes in a single operation, namely, the process of compaction of refractory components of the mixture, the process of removal of shrinkage moisture, the process of stamping of light-weight products of any profile, and the procedure of getting clear edges without grinding and/or trimming of the products.

我们提出了一种势能的概念，它描述了在电液热力场的复杂作用下，泡沫系统自压缩的自然能力。通过分析和实验研究了泡沫系统中过大内压的产生过程。在计算机和现代电子元件的帮助下，通过监测获得了有关温度和压力动态的实验数据。所提出的技术基于一种方法，该方法使人们可以在一次操作中组合多个过程，即压实混合物中耐火成分的过程，去除收缩水分的过程，压制轻型产品的过程。任何个人资料