The formation of Ni-Zn ferrites through self-propagating high-temperature synthesis

다국어 초록 (Multilingual Abstract)

The SEM image of the particle shows that fibrous products formed on the powder, which is one piece of evidence that the combustion reaction included a gas-solid reaction mechanism.
These conclusions can be reached:
1. The combustion reaction front propagated well through the specimen. Spinel peaks were observed after the combustion reaction in the X-ray spectra of the product.
2. The combustion temperature and its propagation velocity increased with oxygen partial pressure up to the maximum values of 8,8 mm/s at 1153°C under 8.0 MPa of compacting pressure and then decreased with any further increase of the compact-ing pressure.
3. Microstructural observation of the combustion product revealed that the reaction was a gas-solid reaction.

목차 (Table of Contents)

• The formation of Ni-Zn ferrites through self-propagating high-temperature synthesis
• Acknowledgments
• References