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Effects of Particle Size, Pumice Powder Filling on The Water Absorption Behavior, and Elongation at Break Properties of Walnut Husk Particles Reinforced Epoxy Composite
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M. Koyuncu And B. Erkek, "Effects of Particle Size, Pumice Powder Filling on The Water Absorption Behavior, and Elongation at Break Properties of Walnut Husk Particles Reinforced Epoxy Composite," The European Journal of Research and Development , no.2, pp.182-189, 2022

Koyuncu, M. And Erkek, B. 2022. Effects of Particle Size, Pumice Powder Filling on The Water Absorption Behavior, and Elongation at Break Properties of Walnut Husk Particles Reinforced Epoxy Composite. The European Journal of Research and Development , no.2 , 182-189.

Koyuncu, M., & Erkek, B., (2022). Effects of Particle Size, Pumice Powder Filling on The Water Absorption Behavior, and Elongation at Break Properties of Walnut Husk Particles Reinforced Epoxy Composite. The European Journal of Research and Development , no.2, 182-189.

Koyuncu, Menderes, And Baran Erkek. "Effects of Particle Size, Pumice Powder Filling on The Water Absorption Behavior, and Elongation at Break Properties of Walnut Husk Particles Reinforced Epoxy Composite," The European Journal of Research and Development , no.2, 182-189, 2022

Koyuncu, Menderes And Erkek, Baran. "Effects of Particle Size, Pumice Powder Filling on The Water Absorption Behavior, and Elongation at Break Properties of Walnut Husk Particles Reinforced Epoxy Composite." The European Journal of Research and Development , no.2, pp.182-189, 2022

Koyuncu, M. And Erkek, B. (2022) . "Effects of Particle Size, Pumice Powder Filling on The Water Absorption Behavior, and Elongation at Break Properties of Walnut Husk Particles Reinforced Epoxy Composite." The European Journal of Research and Development , no.2, pp.182-189.

@article{article, author={Menderes Koyuncu And author={Baran Erkek}, title={Effects of Particle Size, Pumice Powder Filling on The Water Absorption Behavior, and Elongation at Break Properties of Walnut Husk Particles Reinforced Epoxy Composite}, journal={The European Journal of Research and Development}, year=2022, pages={182-189} }