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readme-en_fluorescence.txt
Nov 13, 2024 - Fluorescence study of the influence of centrifugation on graphene oxide dispersions in water and in tannic acid
Texto plano - 6,4 KB - MD5: 2c24c9bc719ca8fc491b499ff5ad3e1c
Text 1_Fitting parameters to Stern-Volmer Equation (quenching of GO).txt
Nov 13, 2024 - Fluorescence study of the influence of centrifugation on graphene oxide dispersions in water and in tannic acid
Texto plano - 425 B - MD5: a92a95a84c93165daad747802f9bedbd
Text 2_Multiple regression for F0-F data.txt
Nov 13, 2024 - Fluorescence study of the influence of centrifugation on graphene oxide dispersions in water and in tannic acid
Texto plano - 844 B - MD5: bf257d88df888c4c3978e9c2762c53ec
Text 3_Fitting parameters to Stern-Volmer equation (for a constant [TA]).txt
Nov 13, 2024 - Fluorescence study of the influence of centrifugation on graphene oxide dispersions in water and in tannic acid
Texto plano - 561 B - MD5: 3f5e9a79f0f9a962b39a246a8d1dbcd6
Bioactive trans-resveratrol as dispersant of graphene in water. Molecular interactions
Bioactive trans-resveratrol as dispersant of graphene in water. Molecular interactions
Nov 11, 2024
Sainz-Urruela, Carlos; Vera-López, Soledad; Diez-Pascual, Ana María; San Andrés, María Paz, 2024, "Bioactive trans-resveratrol as dispersant of graphene in water. Molecular interactions", https://doi.org/10.21950/2QQJ3J, e-cienciaDatos, V1
Currently, the preparation of high-quality graphene (G) dispersions is crucial due to the increasing demand for this nanomaterial in a wide range of industries. However, given the strong π–π stacking tendency between G sheets, dispersant agents such as surfactants or polymers are required to attain stable and homogenous dispersions in liquid media....
Figure 10-Photographs of graphene dispersions in resveratrol without centrifugation.jpg
Figure 10-Photographs of graphene dispersions in resveratrol without centrifugation.jpg
Nov 11, 2024 - Bioactive trans-resveratrol as dispersant of graphene in water. Molecular interactions
Imagen JPEG - 32,1 KB - MD5: 670766f2edd6bddcdd560175aab5f215
Figure 11-Photographs of graphene dispersions in resveratrol with centrifugation.jpg
Figure 11-Photographs of graphene dispersions in resveratrol with centrifugation.jpg
Nov 11, 2024 - Bioactive trans-resveratrol as dispersant of graphene in water. Molecular interactions
Imagen JPEG - 39,0 KB - MD5: 3261a2a1a5102cc41f38a86bb5a91265
Figure 12-UV-vis spectra of resveratrol in water.jpg
Figure 12-UV-vis spectra of resveratrol in water.jpg
Nov 11, 2024 - Bioactive trans-resveratrol as dispersant of graphene in water. Molecular interactions
Imagen JPEG - 83,0 KB - MD5: 269ce5a325869cbd05480d760ee42d74
Figure 13-Recoveries of resveratrol in methanol.jpg
Figure 13-Recoveries of resveratrol in methanol.jpg
Nov 11, 2024 - Bioactive trans-resveratrol as dispersant of graphene in water. Molecular interactions
Imagen JPEG - 11,2 KB - MD5: f72a755c68d4a96e60835ee7d31033eb
Figure 1-Fluorescence of resveratrol in water.jpg
Figure 1-Fluorescence of resveratrol in water.jpg
Nov 11, 2024 - Bioactive trans-resveratrol as dispersant of graphene in water. Molecular interactions
Imagen JPEG - 45,7 KB - MD5: 7deca8c818fd429cae1628ce2ddbe5a3
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