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Interlaboratory test on polymers:determination of oxidation induction time and oxidation induction temperature by differential scanning calorimetry

机译:聚合物实验室间测试:差示扫描量热法测定氧化诱导时间和氧化诱导温度

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The results of the oxidation induction time(OIT)tests indicate that the determination of OIT involves a high degree of uncertainty in respect of the measured data,particularly for low OIT values.This would seem to show that OIT measurements have an extremely critical significance for quality control purposes or lifetime predictions of polyolefin parts.Determining oxidation induction temperature(OIT~*)could therefore be a valuable alternative for less stabilized polyolefins(low OIT values)in particular.However,OIT~* measurement clearly indicates that the ability to distinguish between different samples decreases drastically as OIT~* data increase.Generally,the evaluated data can be used to estimate the results of in-house and external OIT/OIT~* measurements and their compatibility.This report should therefore support day-to-day work in analytical laboratories where oxidation induction values are measured by DSC.
机译:氧化诱导时间(OIT)测试的结果表明,OIT的确定涉及测量数据的高度不确定性,尤其是对于低OIT值而言。这似乎表明OIT测量对质量控制目的或预测聚烯烃零件的寿命。因此,确定氧化诱导温度(OIT〜*)可能是对于稳定性较差的聚烯烃(低OIT值)特别有价值的替代方法。随着OIT〜*数据的增加,不同样本之间的差异会急剧下降。通常,评估后的数据可用于估计内部和外部OIT / OIT〜*测量的结果及其兼容性。因此,该报告应支持日常工作在分析实验室中工作,在该实验室中,DSC可测量氧化感应值。

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