by
Göl, Cem.
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powders at different proportions (0-50 %) were blended via incorporation into a structural ceramic tile
by
Genç, Gözde.
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bodies compacted from untreated powders. To see the effect of seeding on phase transformation behavior of
by
Günel, Aylin.
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others include excess Mg with 5wt %, 10wt %, 15wt % and 20wt % of the MgB2 powders in the pure pellets
by
Erdem, İlker.
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supports were prepared from fine alumina and zirconia powders by dry-pressing and slipcasting.These
by
Uluçay, Ayhan.
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different commercial titania pigment powders with different characteristics were used. Only a high molecular
by
Şahin, Erdem.
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, alum ina and yttria stabilized zirconia were mixed in varying proportions and obtained powders were
by
Çağlar, Özlem.
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control chemical addives-DCCAs). Powders was prepared from sols and gels by several processes and a solid
by
Bozkurt, Suat Bahar.
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El Yazması
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fluxes and HA powders were used for the synthesis of HA whiskers. The effects of various salt/HA ratios
by
Çelik, Emrah.
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El Yazması
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of as-received powders and sintered powder compacts showed that sintering at high temperature (1200oC
by
Çiftcioğlu, Rukiye.
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loading. Adsorption experiments were also conducted with commercial alumina and zirconia ceramic powders
by
Şimşek, Şebnem.
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processed to acetone powder. The acetone powders were then extracted with Na-phosphate buffer and partially
by
Sudağıtan, Mert.
Format:
El Yazması
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azide) and the negative controls. In addition, all tested ceramic powders, ceramic pellets, metallic and
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