Search Results for Carbon.

Carbon dioxide hydrogenation on alumina supported ruthenium catalysts

Hamza, Gökmen Oğuzcan, author.

Access to Electronic Versiyon.

Format:

El Yazması

Alıntı:

Carbon dioxide hydrogenation on alumina supported ruthenium catalysts / Hamza, Gökmen Oğuzcan

Investigation of mechanical properties and fatigue performance of carbon-glass fiber reinforced epxy hybrid composites

Sandallı, Hatice, author.

Access to Electronic Versiyon.

Format:

El Yazması

Alıntı:

Investigation of mechanical properties and fatigue performance of carbon-glass fiber reinforced

Development of fiber reinforced cylindrical composite structures by filament winding technique

Aydın, Mustafa, author.

Access to Electronic Versiyon.

Format:

El Yazması

Alıntı:

mechanical properties. For this purpose, 4 layered glass, carbon and glass/carbon hybrid fiber reinforced

Development of kinetic model for industrial ethylene oxide catalyst by using model-targeted experimentation approach

Sarrafi, Şahin, author.

Access to Electronic Versiyon.

Format:

El Yazması

Alıntı:

in turns leads to boost GHG emissions by releasing more carbon dioxide (CO2) into the atmosphere. To

Bioinformatics based approach to design a thermophilic P450 fot industrial biocatalysis

Kestevur Doğru, Ekin, author.

Access to Electronic Versiyon.

Format:

El Yazması

Alıntı:

because they can catalyze the oxidation of inactive carbon bonds with high selectivity and efficiency. CYP

Effects of manganese promotion on reactants and intermediates of Fischer Tropsch Synthesis on a model cobalt surface-a Density Functional Theory investigation

Gençoğlu, Merve, author.

Access to Electronic Versiyon.

Format:

El Yazması

Alıntı:

dissociation and carbon hydrogenation were studied for MnO coverages of 0.25 ML and 0.11 ML. Mn was modeled in

Modeling, simulation and analysis of type-III composite overwrapped pressure vessels for high-pressure gas storage

Kangal, Serkan, author.

Access to Electronic Versiyon.

Format:

El Yazması

Alıntı:

hybridization effects. Glass and carbon filaments were overwrapped to the liner with a winding angle of [±11°/90

Surface modification of chitosan films/meshes for biomaterial applications

Işıklı, Berçin, author.

Access to Electronic Versiyon.

Format:

El Yazması

Alıntı:

films were modified by ion implantation technique using carbon and carbon-nitrogen hybrid ions at a

	{displayName}	{count}
{error}