Atıf Formatları
Recycling bio-waste into durable green mortars: Effects of eggshell powder on strength, microstructure, and durability
  • IEEE
  • ACM
  • APA
  • Chicago
  • MLA
  • Harvard
  • BibTeX

A. F. ŞENOL And Ö. ÇALIŞKAN, "Recycling bio-waste into durable green mortars: Effects of eggshell powder on strength, microstructure, and durability," Sustainable Chemistry and Pharmacy , vol.46, 2025

ŞENOL, A. F. And ÇALIŞKAN, Ö. 2025. Recycling bio-waste into durable green mortars: Effects of eggshell powder on strength, microstructure, and durability. Sustainable Chemistry and Pharmacy , vol.46 .

ŞENOL, A. F., & ÇALIŞKAN, Ö., (2025). Recycling bio-waste into durable green mortars: Effects of eggshell powder on strength, microstructure, and durability. Sustainable Chemistry and Pharmacy , vol.46.

ŞENOL, AHMET, And ÖZLEM ÇALIŞKAN. "Recycling bio-waste into durable green mortars: Effects of eggshell powder on strength, microstructure, and durability," Sustainable Chemistry and Pharmacy , vol.46, 2025

ŞENOL, AHMET F. And ÇALIŞKAN, ÖZLEM. "Recycling bio-waste into durable green mortars: Effects of eggshell powder on strength, microstructure, and durability." Sustainable Chemistry and Pharmacy , vol.46, 2025

ŞENOL, A. F. And ÇALIŞKAN, Ö. (2025) . "Recycling bio-waste into durable green mortars: Effects of eggshell powder on strength, microstructure, and durability." Sustainable Chemistry and Pharmacy , vol.46.

@article{article, author={AHMET FERDİ ŞENOL And author={ÖZLEM ÇALIŞKAN}, title={Recycling bio-waste into durable green mortars: Effects of eggshell powder on strength, microstructure, and durability}, journal={Sustainable Chemistry and Pharmacy}, year=2025}