1)  thermal degradation
热降解反应
2)  thermal degradation kinetics
热降解反应动力学
3)  heat drop
热降
4)  thermal degradation
热降解
1.
Study on the thermal degradation of anhydride cured epoxy resin by TGA-FTIR;
TGA-FTIR研究环氧/酸酐固化物热降解行为
2.
Study on flame retardant and thermal degradation behavior of phosphorus-containing copolyester fiber;
含磷共聚酯纤维的阻燃及热降解性能研究
3.
Study on thermal degradation process and mechanism of PA 1111;
PA1111的热降解过程和机理研究
5)  heat degradation
热降解
1.
： The effect of light， heat， PH on the stability of grape pigment was investigated and the quantitative analysis for the heat degradation of grape pigment in different temperature was studied． the result shows that the grape pigment is unstable to PH， heat and light． The heat degradation of grape pigment is a first order reacton kinetics and the degradation reaction activated enerny is 62．6KJ／mol
考察了pH值、光照、温度对葡萄皮色素稳定性的影响，对不同温度下葡萄皮色素的热降解进行了定量分析。
2.
Study on synthesis and heat degradation behavior of poly(L-lactide);
研究了聚乳酸在0~120min和180~210℃的条件下热降解后的相对分子质量与端羧基含量的变化。
6)  thermal decomposition
热降解
1.
To develop thermally stable flavor,the thermal decomposition process and pyrolysis products of the leaf alcohol-β-D-glucopyranoside(LGLY) were investigated by thermo-gravimetric and simultaneous differential thermal analysis(TGA/SDTA),differential scanning calorimeter(DSC) and on-line pyrolysis-gas chromatography-mass spectroscopy(Py-GC-MS).
为了开发热稳定型香原料,采用热重分析/同步差热分析法(TGA/SDTA)、差示扫描量热法(DSC)和在线热裂解气相色谱质谱法(Py-GC-MS)对叶醇糖苷的热降解行为及产物进行了研究。
2.
The effects of nano-LDHs on the thermal decomposition behavior and smoke density of UPVC were studied.
实验表明,LDHs对于PVC脱除HCl的起始温度影响不大,但减少了脱除HCl的质量损失,提高了碳骨架分解的起始温度,明显增加了PVC热降解的残炭量,降低了PVC燃烧烟密度;说明LDHs分解产生的LDO在PVC的热分解过程中起着重要的稳定作用。
3.
The thermal decomposition of polystyrene was characterized with the experiential intrinsic viscosity equation, and this method could greatly simplify the experiment process.
采用经验特性粘度方程表征聚苯乙烯(PS)的热降解可以大大简化试验过程。
参考词条
补充资料：热降解反应
分子式：
CAS号：

性质：聚合物在热作用下发生的分子量减小的降解反应。是聚合物降解反应的一种。常发生的聚合物材料的热加工和高温下使用过程中。由于此类反应的存在，降低了聚合物材料的加工和使用性能。因此，是人们希望避免发生的一种反应。但热降解反应的发生不总是有害的，有一些场合可被人们所利用，如鉴定聚合物的耐热性和废旧聚合物的回收利用等方面。

说明：补充资料仅用于学习参考，请勿用于其它任何用途。