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Improved stability of picric acid: 1-aminopyrene’ charge-transfer complex: Synthesis, characterization, energetic performance and molecular docking study with B-DNA
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G. KURTAY And N. Şen, "Improved stability of picric acid: 1-aminopyrene’ charge-transfer complex: Synthesis, characterization, energetic performance and molecular docking study with B-DNA," Journal of Molecular Structure , vol.1262, 2022

KURTAY, G. And Şen, N. 2022. Improved stability of picric acid: 1-aminopyrene’ charge-transfer complex: Synthesis, characterization, energetic performance and molecular docking study with B-DNA. Journal of Molecular Structure , vol.1262 .

KURTAY, G., & Şen, N., (2022). Improved stability of picric acid: 1-aminopyrene’ charge-transfer complex: Synthesis, characterization, energetic performance and molecular docking study with B-DNA. Journal of Molecular Structure , vol.1262.

KURTAY, GÜLBİN, And NİLGÜN ŞEN. "Improved stability of picric acid: 1-aminopyrene’ charge-transfer complex: Synthesis, characterization, energetic performance and molecular docking study with B-DNA," Journal of Molecular Structure , vol.1262, 2022

KURTAY, GÜLBİN And Şen, NİLGÜN. "Improved stability of picric acid: 1-aminopyrene’ charge-transfer complex: Synthesis, characterization, energetic performance and molecular docking study with B-DNA." Journal of Molecular Structure , vol.1262, 2022

KURTAY, G. And Şen, N. (2022) . "Improved stability of picric acid: 1-aminopyrene’ charge-transfer complex: Synthesis, characterization, energetic performance and molecular docking study with B-DNA." Journal of Molecular Structure , vol.1262.

@article{article, author={GÜLBİN KURTAY And author={NİLGÜN ŞEN}, title={Improved stability of picric acid: 1-aminopyrene’ charge-transfer complex: Synthesis, characterization, energetic performance and molecular docking study with B-DNA}, journal={Journal of Molecular Structure}, year=2022}