首页> 外文期刊>Archives of Metallurgy and Materials >INFLUENCE OF THE GAS DOSAGE METHOD ON PRESSURE CHANGES AND TECHNOLOGICAL PROPERTIES OF CORE SAND USED IN THE TECHNOLOGY RESOL-CO_2
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INFLUENCE OF THE GAS DOSAGE METHOD ON PRESSURE CHANGES AND TECHNOLOGICAL PROPERTIES OF CORE SAND USED IN THE TECHNOLOGY RESOL-CO_2

机译:气体投加量对RESOL-CO_2工艺中砂芯压力变化及技术性能的影响

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摘要

The results of gas pressure measurements in intergranular spaces of fast-setting sands hardened by active gaseous factor are presented in the paper. The research stand and the measuring methodology are described. Investigations concern the determination and recording gas pressure changes in the core sand along the hardened core, in three measuring points. The hardening gas was introduced both in a continuous and impulse way (gas-pause) at a constant pressure. The determined pressure changes of the active gas, which takes part in the chemical reaction of the hardening process, are compared with pressure changes of the neutral gas. The influence of the impulse way of a gas dosage on the core sand strength properties is presented as well as methods of limiting the active gas consumption are shown.
机译:本文介绍了用活性气态因子硬化的速凝砂晶间空间的气压测量结果。描述了研究立场和测量方法。研究涉及在三个测量点确定和记录沿硬化岩心的岩心砂中的气压变化。在恒定压力下以连续和脉冲方式(暂停气体)引入硬化气体。将确定的参与硬化过程的化学反应的活性气体的压力变化与中性气体的压力变化进行比较。给出了气体剂量的脉冲方式对岩心砂强度特性的影响,并给出了限制活性气体消耗的方法。

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