中文摘要：

采用热重红外联用分析和热解气质联用分析技术，考察了红橡木材包装废弃物的热分解、气相组分生成及分布规律。研究表明：在800℃终温和10℃／min的升温速率条件下，红橡木材包装废弃物的主要热解阶段集中在220-385℃，失重率为78．99％；高温区热解活化能明显低于低温区，说明随着温度的升高较容易发生热解反应；热解初期主要是水分和部分酸类、醛类物质的析出，主要热解阶段为H2O，CO2，CO，CH4和酸类、醛类、酯类等的大量析出，在热解后期主要为CO2和CH4的析出；热解析出的气体主要为含氧官能团的有机化合物，包括酸类（19．29％）、醛类（15．14％）、酯类（9．97％）、酮类（9．00％）、糖类（8．59％）、酚类（5．29％）、醇类（3．63％）等。

英文摘要：

Characteristics of thermal decomposition and gas components generation and distribution of wood packaging waste of red oak were investigated using TG-FTIR and Py-GC/MS. The result showed that at 800 ℃ and 10 ℃/rain, the main stage of pyrolysis concentrates in the range of 220-385℃C and the total weight loss is 78.99%; activation energy in high temperature range is significantly lower than that in low temperature range, so it is easier for the thermal decomposition in higher temperature; H20 and part of acids and aldehydes are generated in the initial stage of pyrolysis; A large amount of H2O, CO2, CO, CH4 , acids, aldehydes, esters is released in the main stage; CO2 and CH4 are released in the later stage; the pyrolysis vapors include oxygen- containing functional compounds, such as acids （19.29%）, aldehydes （15. 14%）, esters （9. 97%）, ketones （9.00%） , sugars （8.59%）, phenols （5.29%）, and alcohols （3. 630%）, etc.