ORE@IMMT
Online Repository of E-contents (ORE) is an initiative of CSIR-Institute of Minerals and Materials Technology to collect, preserve, and distribute digital contents over the Internet. The publications (grey and scholarly) of the institute in the repository are aimed for universal access. But the other digital contents in the repository are for limited access.
Communities in ORE
Recently Added
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Mishra, D.; Patra, S.; Kumar, M.; Kumar, S. D.; Sathish, R.; Dhal, N.K.
(Regional Studies in Marine Science, vol.96, 2026: 104938)
Increasingly, coastal creeks are vulnerable to heavy metal (HM) pollution, while their ecological risks and remediation potential remain poorly understood. This work investigated HM pollution, ecological risks, and ...
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Prasad, V; Dubey, A.
(Journal of Hydrology and Hydromechanics, vol.74(1), 2026: 1-10)
Achieving optimal flow characteristics while handling a complex slurry system in the pipeline needs greater attention. This study aims to demonstrate the role of iron ore concentration and size distribution on slurry ...
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Mozammil, S.; Giri, S. R.; Pahari, S.
(Materials Letters, vol.413, 2026: 140461)
In-situ Al-4.5 wt%Cu-xTiB2 (x = 3-12 wt%) composites were synthesized to achieve simultaneous microstructural refinement and mechanical strengthening. Multi-scale characterization reveals that TiB2 forms uniformly within ...
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Ghadei, S. K.; Bhaskaran, M.; Sriram, S.; Sakthivel, R.; Rahman, M. A.
(Small, 22(17), 2026)
Rapid and large-scale oil spill remediation remains an urgent environmental and technological challenge. Here, we present a transformative, multifunctional bio-inspired platform for on-site, remotely actuated, and contactless ...
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Pradhan, A.; Sahoo, B.; Sankaran, K. J.; Sharma, R. R.; Padvi, M. N.; Sheikh, A. D.; Rout, S.; Behera, D.
(Journal of Materials Science-Materials in Electronics, vol.37(8), 2026: 580)
Fluorine doped zinc oxide (FZO) thin films with doping concentration in the range 0-20 at.% were prepared by following a simple thin film deposition process like spray pyrolysis. Optimum electrical properties [Conductivity ...
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