1) thermal decomposition behavior
热分解行为
1.
The thermal decomposition behavior of a novel foaming agent substituting for TiH_2 and ZrH_2 during the preparation process of aluminum foam was investigated.
研究了一种在泡沫铝制备过程中可替代TiH2及ZrH2类发泡剂的新型发泡粉末的热分解行为,探讨该新型发泡剂加入量及发泡温度等因素对泡沫铝孔隙率的影响。
2.
The thermal decomposition behavior of a novel gas-generating agent(NGGA) used for two steps foaming process of aluminum was investigated, its kinetic and thermodynamic characteristics of decomposition reactions, and the potential reactions between the foaming gas and the melt were analyzed.
研究一种适于两步法制备泡沫铝工艺用新型发泡剂的热分解行为,分析其分解过程中的动力学与热力学特征,以及发泡气体与熔体之间可能存在的反应。
2) thermal decomposition
热分解行为
1.
The thermal decomposition behavior and filler-rubber interactions of EPDM/Na-MMT nanocomposites prepared by in-situ organic modification were investigated.
研究了原位有机改性法制备的EPDM/Na-MMT纳米复合材料的热分解行为及填料-橡胶相互作用。
2.
The thermal decomposition process of nano Mg-Al LDHs prepared by hydrothermal method is investigated by a coupling technique of thermogravimetry and mass spectrometry(TG-MS),and X-ray powder diffraction(XRD).
利用热重-质谱联用仪(TG-MS)和多晶XRD对水热法制备的Mg-Al水滑石纳米晶的热分解行为进行表征研究表明:Mg-Al水滑石的热性能与其晶体化学特征有密切的关系。
4) behavior decomposition
行为分解
1.
Focused on FSM-based behavior decomposition of multi-robot system and found two e-quivalent partitions for behavior space.
仿真结果表明,这种行为分解与合成的策略是有效的。
5) pyrolysis behavior
热裂解行为
1.
Investigation of thermal decomposition and pyrolysis behavior of monomenthyl succinate by TGA and Py-GC/MS;
TGA和Py-GC/MS研究琥珀酸单薄荷酯的热失重和热裂解行为
2.
Investigation of pyrolysis behavior and products of α-ionone by micro-furnace pyrolysis-gas chromatography-mass spectrometry
微炉裂解气相色谱-质谱联用法研究α-紫罗兰酮的热裂解行为及产物
3.
The pyrolysis behavior of an essence,4-oxo-β-damascone,was investigated using an on-line pyrolysis gas chromatography-mass spectrometry(PyGC/MS).
用在线裂解气相色谱/质谱法(PyGC/M S)研究了4-氧代-β-大马酮的热裂解行为。
6) thermal degradation behaviour
热降解行为
1.
Research on the influences of shell powder on the thermal degradation behaviour of PVC by IR
采用红外光谱法研究贝壳粉对PVC热降解行为的影响
补充资料：热分解
分子式：
CAS号：
性质：当温度高于常温，或只有在加热升温情况下才能发生的分解反应叫热分解。碳酸钠的分解反应就是一个典型的热分解反应。通常分解反应会有气体产生，所产生气体的压力等外压（101.325kPa）时的温度叫分解温度。物质的分解温度越高，热分解越困难，热稳定性也就越好。
CAS号：
性质：当温度高于常温，或只有在加热升温情况下才能发生的分解反应叫热分解。碳酸钠的分解反应就是一个典型的热分解反应。通常分解反应会有气体产生，所产生气体的压力等外压（101.325kPa）时的温度叫分解温度。物质的分解温度越高，热分解越困难，热稳定性也就越好。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条