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8 (Fig. 5) are slightly different. This originates mainly from a change in chemical composition, the higher the Eu concentration, the higher the energy transfer probability. Moreover, let mention that an excitation wavelength of 340 nm instead of 310 nm will also favor an enhancement of the emission intensity of peaks at low energy. At the end, this difference might also stem from a change in the detector used to collect data (see experimental section).
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8 (Fig. 5) are slightly different. This originates mainly from a change in chemical composition, the higher the Eu concentration, the higher the energy transfer probability. Moreover, let mention that an excitation wavelength of 340 nm instead of 310 nm will also favor an enhancement of the emission intensity of peaks at low energy. At the end, this difference might also stem from a change in the detector used to collect data (see experimental section).
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