Tocored is one of the nonnegligible color bodies that would probably affect oil color. The aim of this present study was to investigate the effects of temperatures (50–150 °C) and ultraviolet intensities (254 and 365 nm) on the degradation of tocored. Results showed that the degradation of tocored under different temperatures and UV intensities all followed zero-order kinetics. The degradation products of tocored under both treatments were further detected and tentatively identified by UPC²-QTOF-MS techniques. These results will contribute to a better understanding how the industrial processing parameters influenced tocored concentration during the extraction, processing, and storage processes of oil industry.

Tocored是可能会影响油色的不可忽略的色体之一。本研究的目的是研究温度（50–150°C）和紫外线强度（254和365 nm）对有芯金属降解的影响。结果表明，在不同温度和紫外线强度下，可可粉的降解均遵循零级动力学。通过UPC ² -QTOF-MS技术进一步检测和初步鉴定了两种处理下的可乐降解产物。这些结果将有助于更好地了解石油加工行业在开采，加工和存储过程中工业加工参数如何影响核心浓度。