D. M. Gattia Et Al. , "Effects of the compaction pressure and of the cycling process on kinetics and microstructure of compacted MgH2-based mixtures," INTERNATIONAL JOURNAL OF HYDROGEN ENERGY , vol.39, no.18, pp.9924-9930, 2014
Gattia, D. M. Et Al. 2014. Effects of the compaction pressure and of the cycling process on kinetics and microstructure of compacted MgH2-based mixtures. INTERNATIONAL JOURNAL OF HYDROGEN ENERGY , vol.39, no.18 , 9924-9930.
Gattia, D. M., Gizer, G., & Montone, A., (2014). Effects of the compaction pressure and of the cycling process on kinetics and microstructure of compacted MgH2-based mixtures. INTERNATIONAL JOURNAL OF HYDROGEN ENERGY , vol.39, no.18, 9924-9930.
Gattia, D., G. Gizer, And A. Montone. "Effects of the compaction pressure and of the cycling process on kinetics and microstructure of compacted MgH2-based mixtures," INTERNATIONAL JOURNAL OF HYDROGEN ENERGY , vol.39, no.18, 9924-9930, 2014
Gattia, D. M. Et Al. "Effects of the compaction pressure and of the cycling process on kinetics and microstructure of compacted MgH2-based mixtures." INTERNATIONAL JOURNAL OF HYDROGEN ENERGY , vol.39, no.18, pp.9924-9930, 2014
Gattia, D. M. Gizer, G. And Montone, A. (2014) . "Effects of the compaction pressure and of the cycling process on kinetics and microstructure of compacted MgH2-based mixtures." INTERNATIONAL JOURNAL OF HYDROGEN ENERGY , vol.39, no.18, pp.9924-9930.
@article{article, author={D. Mirabile Gattia Et Al. }, title={Effects of the compaction pressure and of the cycling process on kinetics and microstructure of compacted MgH2-based mixtures}, journal={INTERNATIONAL JOURNAL OF HYDROGEN ENERGY}, year=2014, pages={9924-9930} }