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Experimental and DFT analysis of structural and spectroscopic features of nitroterephthalic acid, and computational insights into its molecular interactions with hER-α via molecular docking
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F. BARDAK, "Experimental and DFT analysis of structural and spectroscopic features of nitroterephthalic acid, and computational insights into its molecular interactions with hER-α via molecular docking," Journal of Molecular Structure , vol.1175, pp.458-470, 2019

BARDAK, F. 2019. Experimental and DFT analysis of structural and spectroscopic features of nitroterephthalic acid, and computational insights into its molecular interactions with hER-α via molecular docking. Journal of Molecular Structure , vol.1175 , 458-470.

BARDAK, F., (2019). Experimental and DFT analysis of structural and spectroscopic features of nitroterephthalic acid, and computational insights into its molecular interactions with hER-α via molecular docking. Journal of Molecular Structure , vol.1175, 458-470.

BARDAK, FEHMİ. "Experimental and DFT analysis of structural and spectroscopic features of nitroterephthalic acid, and computational insights into its molecular interactions with hER-α via molecular docking," Journal of Molecular Structure , vol.1175, 458-470, 2019

BARDAK, FEHMİ. "Experimental and DFT analysis of structural and spectroscopic features of nitroterephthalic acid, and computational insights into its molecular interactions with hER-α via molecular docking." Journal of Molecular Structure , vol.1175, pp.458-470, 2019

BARDAK, F. (2019) . "Experimental and DFT analysis of structural and spectroscopic features of nitroterephthalic acid, and computational insights into its molecular interactions with hER-α via molecular docking." Journal of Molecular Structure , vol.1175, pp.458-470.

@article{article, author={FEHMİ BARDAK}, title={Experimental and DFT analysis of structural and spectroscopic features of nitroterephthalic acid, and computational insights into its molecular interactions with hER-α via molecular docking}, journal={Journal of Molecular Structure}, year=2019, pages={458-470} }