“…studied the effect of annealing on the properties of nano-composite Nd-Fe-Ti-B magnets. The results showed that A short time of annealing at a temperature close to the crystallization temperature can improve the magnetic properties, while a higher temperature and longer time of annealing would lead to the deterioration of magnetic properties [23]. J.Z.…”
“…studied the effect of annealing on the properties of nano-composite Nd-Fe-Ti-B magnets. The results showed that A short time of annealing at a temperature close to the crystallization temperature can improve the magnetic properties, while a higher temperature and longer time of annealing would lead to the deterioration of magnetic properties [23]. J.Z.…”
“…Hosokawa et al studied the effect of annealing on the properties of Nd-Fe-Ti-B magnets. The results show that the magnetic properties can be improved by annealing for a short time at a temperature close to the crystallization temperature, while further annealing at a high temperature for a long time will lead to the deterioration of the magnetic properties [20]. Ramanjaneyulu et al studied the reversible p-type properties of (P, N) co-doped ZnO films by pulse laser deposition.…”
This article has been accepted for publication in the journal Ceramics-Silikaty but has not yet gone through the typesetting, pagination and proofreading process.
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