Preparation, structural and optical investigations of ITO nanopowder and ITO/epoxy nanocomposites

Exploring the structural properties and enhancement of Opto-electrical investigations for the synthesized epoxy based polymers with local nanoscale structures

“…An absorption peak is observed at 380 nm, related to n -Π * HOMO-LUMO transition in the benzene rings. This peak was detected in other works [47,48]. Then a sharp absorption edge takes place due to the band-to-band transition.…”

Exploring the structural properties and enhancement of Opto-electrical investigations for the synthesized epoxy based polymers with local nanoscale structures

“…An absorption peak is observed at 380 nm, related to n -Π * HOMO-LUMO transition in the benzene rings. This peak was detected in other works [47,48]. Then a sharp absorption edge takes place due to the band-to-band transition.…”

Structural and morphological properties of ITO thin films grown by magnetron sputtering

“…5b, which shows the absorption spectra of the ITO films with different thicknesses, the adsorption edges shift to higher wavelengths, in good agreement with the transmission data. The band-gap decrease can be due to the structural disorder or oxygen content in the crystalline lattice [25].…”

Effect of two-dimension Zn-MOF on structural, dielectric and thermal properties of polyvinylidene fluoride

“…External or internal impurities in the PVDF matrix can act as nucleating agents, facilitating β phase formation, or they may inhibit this process by disrupting the orientation of polymer chains. 28,29 This explains why the β phase peak is not observed exactly at 20.6°. This also causes peak shifting, intensity changes, and even peak disappearance for different phases.…”

Exploring the structural properties and enhancement of Opto-electrical investigations for the synthesized epoxy based polymers with local nanoscale structures

“…An absorption peak is observed at 380 nm, related to n -Π * HOMO-LUMO transition in the benzene rings. This peak was detected in other works [47,48]. Then a sharp absorption edge takes place due to the band-to-band transition.…”

Structural and morphological properties of ITO thin films grown by magnetron sputtering

“…5b, which shows the absorption spectra of the ITO films with different thicknesses, the adsorption edges shift to higher wavelengths, in good agreement with the transmission data. The band-gap decrease can be due to the structural disorder or oxygen content in the crystalline lattice [25].…”

Effect of two-dimension Zn-MOF on structural, dielectric and thermal properties of polyvinylidene fluoride

“…External or internal impurities in the PVDF matrix can act as nucleating agents, facilitating β phase formation, or they may inhibit this process by disrupting the orientation of polymer chains. 28,29 This explains why the β phase peak is not observed exactly at 20.6°. This also causes peak shifting, intensity changes, and even peak disappearance for different phases.…”

Exploring the structural properties and enhancement of Opto-electrical investigations for the synthesized epoxy based polymers with local nanoscale structures

“…An absorption peak is observed at 380 nm, related to n -Π * HOMO-LUMO transition in the benzene rings. This peak was detected in other works [47,48]. Then a sharp absorption edge takes place due to the band-to-band transition.…”

Structural and morphological properties of ITO thin films grown by magnetron sputtering

“…5b, which shows the absorption spectra of the ITO films with different thicknesses, the adsorption edges shift to higher wavelengths, in good agreement with the transmission data. The band-gap decrease can be due to the structural disorder or oxygen content in the crystalline lattice [25].…”

Effect of two-dimension Zn-MOF on structural, dielectric and thermal properties of polyvinylidene fluoride

“…External or internal impurities in the PVDF matrix can act as nucleating agents, facilitating β phase formation, or they may inhibit this process by disrupting the orientation of polymer chains. 28,29 This explains why the β phase peak is not observed exactly at 20.6°. This also causes peak shifting, intensity changes, and even peak disappearance for different phases.…”