Effectiveness of a new stage equation for identifying and analyzing individual stages of compaction was assessed. Results revealed that the newly developed equation describes correctly and accurately the experimental compaction curves, which considers the periodic nature of the process and enables the determination of characteristic transition points between stages, whereas. the determination coefficient is close to unity. On the basis of the use of the basic and stage compaction equations, methods were developed to determine the stabilizing pressure, briquettability, and stiffness of the charge. Anew attribute was proposed for the energy classification of briquetted materials.

中文翻译：

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矿冶联合体精细材料新压实方程的实验验证。第 2 部分。 基本压实方程

评估了用于识别和分析各个压实阶段的新阶段方程的有效性。结果表明，新开发的方程正确和准确地描述了实验压实曲线，它考虑了过程的周期性，并能够确定阶段之间的特征过渡点，而。决定系数接近于一。在使用基本和阶段压实方程的基础上，开发了确定装料的稳定压力、压块性和刚度的方法。为压块材料的能量分类提出了新的属性。