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Özmıhçı Ömürlü, Filiz.
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properties was investigated. Luminescence effects in green and blue regions were detected in all powders due
by
Küçük, Aslı.
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replacement for superground Alcoa alumina to help with porosity because these powders are well known to be
by
Ulucan, Savaş.
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was produced by using MgB2 and Mg powders with a hot press technique. Prepared sputtering target used
by
Serkir, Sevgi, author.
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parameters such as sintering time, sintering temperature. The production of composite powders was carried out
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Yaltrık, Kaan, author.
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unsupported membrane powders also added new information to the XRD/dilatometry derived nanophase evolution
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Payer, Gizem, author.
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using different zinc oxide powders with various morphologies and additives. Zinc oxide powders were
by
Sındıraç, Can.
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. Precursor salt powders were blended, compressed and placed on discs of sintered ceramic electrolytes before
by
Dizlek, Mustafa Eren.
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different biomedical grade commercial, gas atomized spherical Ti6Al4V powders were used to prepare foams
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Ünal, Uğur.
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sol-gel method, the powders were prepared by mixing the Ti02 sol and Sr(N03h solution. Precipitation was
by
Demirkol, İrem, author.
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deposited on bisque-fired alumina pellet to extend the scope of the work. Alumina powders were compressed
35.
by
Keleş, Pelin, author.
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versatile consolidation technique. Tricalcium aluminate (C3A) and tricalcium silicate (C3S) cement powders
by
Karataş, Esin, author.
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sintering methods, which have been used for many years, are used to densify powders with high temperatures
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