Arama Sonuçlarını Sınırlandır
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Şimşek, Gizem, author.
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large surface area, easy chemical tunability, sustainability, and high thermal and chemical stability
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Topçu, Gökhan, author.
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additive micro-/nanostructures into the polymers. With the growing knowledge of the physical fundamentals
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Özer, Ekrem.
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Polymers -- Thermal properties.
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Akın, Okan.
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, mechanical, thermal, surface and optical properties of resulting nanocomposite films were evaluated as
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Oğuzlu, Hale.
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rheological properties.According to structural analyses, the best level of dispersion was obtained in PL65-10A
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Atik, İsa Doğan
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packaging films consisting of non-degradable polymers were prepared to evaluate barrier, mechanical, thermal
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Kaya, Elçin Dilek.
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nanocomposites exhibit improved mechanical, thermal, optical, gas permeability resistance and fire retardancy
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Toğulga, Murat.
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absorption during the loading.The results were compared to evaluate the degradation of the properties due to
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Gültekin, Naz.
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microstructural and hydrolytic degradation properties of the composites were investigated. Four different types of
by
Özmıhçı, Filiz.
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, microscope slide, and extrusion respectively.Polymer matrix composites are materials which contain polymers
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