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TABLE 1: Thearrangement of samples FTIR spectrum has been carried out using (FTIR- 84005 Fourier Infrared spectrophotometer SHIMADZU).

Table 1 Thearrangement of samples FTIR spectrum has been carried out using (FTIR- 84005 Fourier Infrared spectrophotometer SHIMADZU).

Related Figures (10)

Figure 3: FTIR spectrum for (0.5gm) PMMA polymer (sample 1) - The FTIR: spectra of fluorescein doped PMMA films for different doping ratio of fluorescein solution
Figure 3: FTIR spectrum for (0.5gm) PMMA polymer (sample 1) - The FTIR: spectra of fluorescein doped PMMA films for different doping ratio of fluorescein solution
tensity 1.4) attributed to CH, asymmetric stretching or deformation of PMMA", tensity 1.4) attributed to CH, asymmetric stretching or deformation of PMMA "8,
tensity 1.4) attributed to CH, asymmetric stretching or deformation of PMMA", tensity 1.4) attributed to CH, asymmetric stretching or deformation of PMMA "8,
(with sample no.(2,3,4,5)), as shown in TABLE 1 are demonstrated in figures (5-8), respectively. Figure6: FTIR spectrum for (0.5gm ) PMMA polymer doped (4ml) fluorescein solution (sample 3)
(with sample no.(2,3,4,5)), as shown in TABLE 1 are demonstrated in figures (5-8), respectively. Figure6: FTIR spectrum for (0.5gm ) PMMA polymer doped (4ml) fluorescein solution (sample 3)
There are some peaks (1635,1581) cmwill ap-
There are some peaks (1635,1581) cmwill ap-
Figure 10 : FTIR spectrum for (0.4gm ) PMMA polymer doped (1ml) fluorescein solution (sample 7)
Figure 10 : FTIR spectrum for (0.4gm ) PMMA polymer doped (1ml) fluorescein solution (sample 7)
Figure 8 : FTIR spectrum for (0.5gm ) PMMA polymer doped (12ml) fluorescein solution (sample 5) peared in samples (2-5). conjugated keton that is from conjugated double dye. The second band re two peaks clearly show tion as demonstrated in peaks (1481.33, 1448.6 The first band corresponds to ower frequency band which is band that found in fluorescein fers to carboxylate form, these the effect of fluorescein solu- figure 4. Whereas the three , and 1388.75)cm' increased with increasing the dopi ng ratio. This shows the effect of carboxylic acid salt from fluorescein solution.
Figure 8 : FTIR spectrum for (0.5gm ) PMMA polymer doped (12ml) fluorescein solution (sample 5) peared in samples (2-5). conjugated keton that is from conjugated double dye. The second band re two peaks clearly show tion as demonstrated in peaks (1481.33, 1448.6 The first band corresponds to ower frequency band which is band that found in fluorescein fers to carboxylate form, these the effect of fluorescein solu- figure 4. Whereas the three , and 1388.75)cm' increased with increasing the dopi ng ratio. This shows the effect of carboxylic acid salt from fluorescein solution.
Figure 9: FTIR spectrum for (0.4gm) PMMA polymer (sample 6)
Figure 9: FTIR spectrum for (0.4gm) PMMA polymer (sample 6)
Figure 12 : FTIR spectrum for (0.4gm ) PMMA polymer doped (10ml) fluorescein solution (sample 9) Figure 11 : FTIR spectrum for (0.4gm ) PMMA polymer doped (5ml) fluorescein solution (sample 8)
Figure 12 : FTIR spectrum for (0.4gm ) PMMA polymer doped (10ml) fluorescein solution (sample 9) Figure 11 : FTIR spectrum for (0.4gm ) PMMA polymer doped (5ml) fluorescein solution (sample 8)
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