by
Kalkandelen, Mustafa, author.
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Epoxidation of soybean oil over mesoporous titanium and niobium incorporated SBA-15 catalysts /
by
Çuhadaroğlu, Zeynep, author.
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Synthesis of titanium-based powders from machining waste by using the hydrogenation-dehydrogenation
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Buldu, Dilara Gökçen, author.
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sputtering method on flexible titanium foil substrates for thin flim solar cells / Buldu, Dilara Gökçen
by
Türkay, Cem, author.
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Titanium -- Electric properties.
by
Gözel, Gözde, author.
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Titanium dioxide.
by
Çelik, Emrah.
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Titanium alloys
by
Deliismail, Özgün, author.
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Titanium dioxide.
by
Kıranlı, Engin.
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Titanium-aluminum-vanadium alloys.
by
Hızlı, Burak, author.
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Titanium alloys -- Mechanical properties
by
Yurtsver, Hüsnü Arda, author.
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Titanium dioxide.
by
Alduran, Yeşim, author.
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Titanium dioxide.
by
Hızal, Alpay
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Titanium-aluminum-vanadium alloys.
by
Balkan, Sırma.
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leaving few pores behind. Titanium, on the other hand, diffused into alumina at 20 to 30micrometers/hour
by
Kan, İlker, author
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binding peptides in order to provide an antimicrobial effect to hydroxyapatite-coated titanium dental
by
Akkaşoğlu, Oğuz, author.
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barium titanate-sodium bismuth titanate by substitution of Zr into B-site (titanium). Ceramics are
by
Demirhan, Yasemin, author.
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THz bandpass filters were produced from titanium, copper and indium tin oxide thin films with a
by
Abatay, Ezgi, author.
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, calcium oxide, titanium oxide and magnesium oxide on stone products. This study also deals with the silver
by
Gül, Semra.
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substrates; i.e., mica, silica, titanium surface deposited on silicon, n and p type silicon, using self
by
Yazıcı, Şebnem, author.
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the CZTS samples. We aimed to investi-gate the role of the flexible titanium and molybdenum foil
by
İçin, Öykü, author.
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of titanium oxide precursor solution (Titanium(IV) n-butoxide (TBT)) and calcined at 450 °C for 4 h
by
Tunçer, Mert.
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. Two oxide supports, titanium dioxide and zinc oxide . silica matrices were synthesized via a sol-gel
by
Özperçin, Tuğçe, author.
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, chlorosulfonic acid treatment enhanced significantly stability of catalyst. Furthermore, increasing of titanium
by
Ulusoy, Seda, author.
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In this study, crystalline lithium lanthanum titanium (aluminum) oxide Li0.5La0.5Ti1-xAlxO3 (LLTO
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Çağlar, Özlem.
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solution in predetermined ratios. A rapid hydrolysis reaction occurs between Titanium (IV) Isopropoxide and
by
Kanatlı, Gaye, author.
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)), titanium (TiTPA, (SLang: 1835 m2g-1)) and zinc (ZnTPA, (SLang: 1023 m2g-1)) based organic frameworks (MOFs
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Sudağıtan, Mert.
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IL-1. secretion and BSAcoated HA 800 °C pellets in the presence of LPS. Stainless steel, titanium
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