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Aman Kumar Lal Das
Aman Kumar Lal Das
Research Scholar, IIT(BHU)
Verified email at itbhu.ac.in
Title
Cited by
Cited by
Year
Initial texture dependence of nanocrystalline omega phase formation during high pressure torsion of commercially pure titanium
S Sinha, VK Sahu, V Beura, R Sonkusare, R Kalsar, AKL Das, J Basu, ...
Materials Science and Engineering: A 802, 140687, 2021
102021
Nanoarchitectonics of self-assembled chessboard-like structures by recurrent phase separation and coalescence of nano domains in CoFeMn oxide
AS Pal, AKL Das, K Gururaj, M Sadhasivam, KM Knowles, MI Ahmad, ...
Acta Materialia 242, 118423, 2023
42023
Microstructural evolution and phase stability in semi-Heusler NiMnSb and vanadium added equi-atomic NiMnSbV alloys
AKL Das, AS Pal, GD Rout, J Basu
Journal of Alloys and Compounds 942, 169009, 2023
32023
Evolution of a self-assembled chessboard nanostructure spinel in a CoFeGaMnZn multicomponent oxide
AS Pal, AK Lal Das, A Singh, KM Knowles, MI Ahmad, J Basu
Philosophical Magazine 102 (12), 1121-1135, 2022
32022
Crystal structure determination of a new monoclinic phase in NiMn system in a self-assembled chessboard-like microstructure
AK Lal Das, GD Rout, AS Pal, J Basu
Journal of Applied Physics 133 (16), 2023
12023
Microstructural Evolution of Chessboard like Nanodomains in Mn-doped ZnGaO4 Spinel
A Pal, AKL Das, M Singh, C Ghosh, P Kotula, CB Carter, J Basu
Microscopy and Microanalysis 27 (S1), 2418-2419, 2021
12021
Self-Assembled Chessboard-Like Microstructure between Tetragonal Η′ and a New Monoclinic Phase in Nimn
AKL Das, GD Rout, AS Pal, J Basu
Available at SSRN 4153570, 0
Nanoarchitecture of Self-Assembled Chessboard by Recurrent Phase Separation and Coalescence of Nano Domains in CoFeMn Oxide
AS Pal, AK Lal Das, K Gururaj, M Sadhasivam, KM Knowles, MI Ahmad, ...
Available at SSRN 4101128, 0
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