PRINT (ISSN) 2319-1783
ONLINE (ISSN) 2320-1126
ONLINE (ISSN) 2320-1126
Alok Kumar Singha , T. D. Senguttuvanb and Azher M. Siddiquia *
Abstract:
In the present work, the influence of mechanical activation on Mg2TiO4 has been studied. High-energy wet ball-mill and post-anneal processing were applied to synthesize Mg2TiO4 single phase crystalline material. The mixture of Mg(NO3)2.6H2O and TiO2 were mechanically activated for 10, 15, 24 and 48 hours in a planetary ball mill and sintered at 1300 ºC for 72 hours. Phase composition, morphological changes and thermal stability of the sample have been analyzed. The thermal analysis of Magnesium Ortho Titanate reveals the exothermic reaction to the abrupt change in two steps.
https://doi.org/10.62226/ijarst20130267
PAGES : 95-97 | 34 VIEWS | 96 DOWNLOADS
Alok Kumar Singha , T. D. Senguttuvanb and Azher M. Siddiquia * | Synthesis, Microstructural and Thermal analysis of inverse spinel compound Mg2TiO4 | DOI : https://doi.org/10.62226/ijarst20130267
| Journal Frequency: | ISSN 2320-1126, Monthly | |
| Paper Submission: | Throughout the month | |
| Acceptance Notification: | Within 6 days | |
| Subject Areas: | Engineering, Science & Technology | |
| Publishing Model: | Open Access | |
| Publication Fee: | USD 60 USD 50 | |
| Publication Impact Factor: | 6.76 | |
| Certificate Delivery: | Digital |
IJARST aims to drive the costs of publishing down, while improving the overall publishing experience, and providing authors with a publication venue suitable for the 21st Century.
IJARST brings an exciting model of eco friendly scientific dissemination. Editors & Reviewers can Apply now to be part of the IJARST editorial initiative.
© 2022 IJARST | Public user content licensed CC BY 4.0 unless otherwise specified.
