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Kinetics of Gas Emission from Heated Moulding Sands Together with the On-line Assessment of H2 and O2 Fractions - New Investigation Method

机译:加热型砂产生气体的动力学以及在线评估H2和O2馏分-新的研究方法

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摘要

The new investigation method of the kinetics of the gas emission from moulding sands used for moulds and cores is presented in this paper. The gas evolution rate is presented not only as a function of heating time but also as a function of instantaneous temperatures. In relation to the time and heating temperature the oxygen and hydrogen contents in evolving gases was also measured. This method was developed in the Laboratory of Foundry Moulds Technology, Faculty of Foundry Engineering, AGH. Gas amounts which are emitted from the moulding sand at the given temperature recalculated to the time unit (kinetics) are obtained in investigations. Results of investigations of moulding sand with furan resin are presented - as an example - in the paper.
机译:本文提出了一种用于模具和型芯的型砂释放气体动力学的新研究方法。气体放出速率不仅取决于加热时间,而且还取决于瞬时温度。相对于时间和加热温度,还测量了逸出气体中的氧气和氢气含量。该方法是在AGH铸造工程学院铸造模具技术实验室开发的。在研究中获得了在给定温度下从型砂排放的气体量,并重新计算为时间单位(动力学)。本文介绍了用呋喃树脂对型砂进行研究的结果(作为示例)。

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