| Style | Citing Format |
|---|---|
| MLA | Nasirzadeh N, Monazam Esmaielpour MR, Golbabaei F. "The Role of Submicron Zinc Oxide Particle Size in Improving Uv Protection by Textiles." International Journal of Environmental Health Research, vol. , no. , 2023, pp. -. |
| APA | Nasirzadeh N, Monazam Esmaielpour MR, Golbabaei F (2023). The Role of Submicron Zinc Oxide Particle Size in Improving Uv Protection by Textiles. International Journal of Environmental Health Research, (), -. |
| Chicago | Nasirzadeh N, Monazam Esmaielpour MR, Golbabaei F. "The Role of Submicron Zinc Oxide Particle Size in Improving Uv Protection by Textiles." International Journal of Environmental Health Research , no. (2023): -. |
| Harvard | Nasirzadeh N, Monazam Esmaielpour MR, Golbabaei F (2023) 'The Role of Submicron Zinc Oxide Particle Size in Improving Uv Protection by Textiles', International Journal of Environmental Health Research, (), pp. -. |
| Vancouver | Nasirzadeh N, Monazam Esmaielpour MR, Golbabaei F. The Role of Submicron Zinc Oxide Particle Size in Improving Uv Protection by Textiles. International Journal of Environmental Health Research. 2023;():-. |
| BibTex | @article{ author = {Nasirzadeh N and Monazam Esmaielpour MR and Golbabaei F}, title = {The Role of Submicron Zinc Oxide Particle Size in Improving Uv Protection by Textiles}, journal = {International Journal of Environmental Health Research}, volume = {}, number = {}, pages = {-}, year = {2023} } |
| RIS | TY - JOUR AU - Nasirzadeh N AU - Monazam Esmaielpour MR AU - Golbabaei F TI - The Role of Submicron Zinc Oxide Particle Size in Improving Uv Protection by Textiles JO - International Journal of Environmental Health Research VL - IS - SP - EP - PY - 2023 ER - |