首页> 外文期刊>Instrumentation science & technology: Designs and applications for chemistry, biotechnology, and environmental science >DEVELOPMENT OF MATHEMATICAL CORRELATIONS FOR THE CALCULATION OF BOILING RANGE OF PETROLEUM PRODUCTS EQUIVALENT TO ASTM PHYSICAL DISTILLATION METHODS FROM SIMULATED DISTILLATION METHODS
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DEVELOPMENT OF MATHEMATICAL CORRELATIONS FOR THE CALCULATION OF BOILING RANGE OF PETROLEUM PRODUCTS EQUIVALENT TO ASTM PHYSICAL DISTILLATION METHODS FROM SIMULATED DISTILLATION METHODS

机译:用模拟蒸馏法计算与ASTM物理蒸馏法等效的石油产品沸程的数学相关性

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摘要

The petroleum product specifications are based on the results of physical distillation of petroleum samples, which requires large volumes of samples and involves hazardous operating conditions, compared to the gas chromatographic simulated distillation, which requires microliter quantities and provides very accurate results. Correlation constants were developed to convert the simulated distillation boiling points to physical distillation boiling points according to the methods of the American Society for and Testing and Materials for the complete range of petroleum products using the Matlab computer program after analyzing the samples both by physical and simulated distillation methods.
机译:与气相色谱模拟蒸馏相比,石油产品规格基于对石油样品进行物理蒸馏的结果,这需要大量的样品,并且涉及危险的操作条件,而气相色谱模拟蒸馏则需要微升的量,并提供非常准确的结果。通过对样品进行物理和模拟分析后,使用Matlab计算机程序,根据美国石油化学学会材料与测试协会的方法,开发了相关常数,以将模拟蒸馏沸点转换为物理蒸馏沸点。蒸馏方法。

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