thermal oxidization

Synthesis of ZnO Nanoparticles by Magnetron Sputtering and Subsequent Thermal Oxidization

磁控溅射和热氧化法制备ZnO纳米颗粒

The pores generated during spraying and the cracks generated during the course of thermal oxidization because of thermal stress are the direct reasons why coatings fail.

涂层在喷涂过程中所生成的气孔以及热氧化过程中由于热应力而产生的裂纹是造成涂层失效的直接原因。

The thermal protection coatings with high emissivity can resolve the question of thermal oxidization effectively.

高发射率热防护涂层能够有效的解决飞行器在高速飞行时所产生的热量及热氧化等问题，从而保证飞行器材料的稳定性。

Thermal state of ultrafine Fe_3O_4 particle in the oxidization process was analysed via chemical engineering principle. The result showed that there exists ignition phenomenon and was verified by experiments.

应用化学反应工程的原理，分析了Fe3O4氧化过程颗粒的热状态，表明存在着火现象，并经实验证实。