温度对卷烟吸阻与通风率测量准确性的影响分析

Analysis of the Influence of Temperature on the Accuracy of Measuring Cigarette Suction Resistance and Ventilation Rate

对卷烟吸阻、通风率的影响因素进行分析,并采用实验方式,重点探究温度对吸阻、通风率测量准确性产生的影响。在卷烟燃烧状态下创建吸阻模型,检验模型适用性与准确性,分析冷热环境下的总体变化趋势。研究结果显示,测试环境温度与卷烟吸阻测量值、通风率测量值之间都具有正比关系,利用标准棒进行校准后,吸阻与通风率变化值均有所降低,说明温度调整对提升测量准确性具有促进作用。

This article analyzes the influencing factors of cigarette suction resistance and ventilation rate,and uses experimental methods to focus on exploring the impact of temperature on the accuracy of measurement of suction resistance and ventilation rate.Finally,in the combustion state of cigarettes,an suction resistance model is created to verify the applicability and accuracy of the model,and to analyze the overall trend of changes in cold and hot environments.According to the results,there is a proportional relationship between the test environment temperature and the measured values of cigarette suction resistance and ventilation rate.After calibration with a standard rod,the changes in suction resistance and ventilation rate both decrease,indicating that temperature adjustment has a promoting effect on improving measurement accuracy.