Titlebook: Applications of Microscopy in Materials and Life Sciences; Proceedings of 12th Partha Ghosal,C. Barry Carter,Rajdeep Sarkar Conference pro

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Imaging Dislocation Cores in Severe Plastically Deformed Nanocrystalline CP-Ti Alloy Through Geometr-corrected TEM images. The technique is intriguing since the atom column contrast is governed by several parameters viz., thickness, defocus, and drift apart from localized strain. An observed localized linear contrast in the experimental image of bulk nanocrystalline CP-Ti was attributed to a fluct

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Growth of Spheroidal Silicon Carbide by Arc Plasma Treatment under argon atmosphere. The plasma treatment of samples was carried out between 5 and 15?min. under Ar atmosphere. High microhardness and Young’s modulus values were found for plasma-treated SiC with spheroidal structure. Materials were evaluated by employing techniques such as XRD, XPS, micro Rama

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Malleable

TEM Studies of Segregation in a Ge–Sb–Te Alloy During Heatings been studied extensively for fast, reversible, and non-volatile electronic phase-change memory. GST exhibits structural transformations from amorphous to metastable fcc at ~150?℃ and fcc to hcp at ~300?℃. The investigation of the structural, microstructural, and microchemical changes with high-tem

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Synergistic Effect of Cold Work and Annealing Temperature on Recrystallization and Texture of 18-Cr ion strengthened (ODS) steel bar. The study revealed that alpha and gamma fibre texture in deformed structure transforms to near Goss/Brass orientation at 1150?℃ where substructure initiates. Misorientation between pre-existing matrix and nucleated grain orientation suggests texture transformation t

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Nucleation of Precipitates on Multiple Habit Planes in an Artificially Aged AA2618 Alloyded alloy was solution treated and independently aged at ambient temperature as well as aged for various times at 193?±?1 ℃, and at 275?±?1 ℃ for 5?h. TEM revealed that the microstructure developed due to prolonged natural aging consisted of a fine distribution of Guinier–Preston–Bagaryatski (G-P-B)

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Ganglion-Cyst