FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4308308020> ?p ?o ?g. }

• W4308308020 endingPage "117206" @default.
• W4308308020 startingPage "117206" @default.
• W4308308020 abstract "The nanofiber polyimine blend [1 H-Pyr+Ben] B thin films were fabricated from pyrrole-2,5-dicarbaldehyde [1 H-Pyr] and benzidine [Ben] by placing a glass substrate in front of the target of an electro spinner. Fourier Transform Infrared Spectroscopy (FTIR), UV-Vis optical properties, and laser photoluminescence PL characterization techniques were used to study [1 H-Pyr+Ben] B films. In addition, time-dependent density functional theory (TD-DFT), optimization via TD-DFTD/Mol 3, and Cambridge Serial Total Energy Bundle (TD-FDT/CASTEP) were used to perform the geometrical study. FTIR spectra from TD-DFT indicate the interaction between two monomers to form blended polyimine nanofiber thin films. The molecular weight of the produced polymer was evaluated using the static light scattering method and the Surface morphology of the synthesized polyimine. In the wavelength range of 190 – 800 nm, the optical properties of [1 H-Pyr+Ben] B were considered. The direct energy band gap was found to be changed from 2.31 eV for [1 H-Pyr+Ben] B to 1.49 eV for the indirect energy band gap. The refractive index n max = 3.07 eV is 1.45 for the nanofiber [1 H-Pyr+Ben] B thin film. The emission peak at λ max = 559.90 nm was figured in the laser photoluminescence spectra of [1 H-Pyr+Ben] B films. The investigated optical energy bandgap nanofiber blend is advantageous for some energy storage and solar cell applications. • [1 H-Pyr+Ben] B nanofiber thin film was fabricated by placing a glass substrate in front of the target of an electro-spinner. • FTIR, UV-Vis optical properties, and laser PL characterization techniques were used to study [1 H-Pyr+Ben] B films. • TD-DFT studies, optimization via TD-DFTD/Mol 3, and TD-FDT/CASTEP were used to perform the geometrical study. • The molecular weight of the produced polymer was evaluated using the static light scattering method. • The direct energy band gap was changed from 2.31 eV for [1 H-Pyr+Ben] B to 1.49 eV for the indirect energy band gap. • The emission peak at λ max = 559.90 nm was figured in the laser photoluminescence spectra of [1 H-Pyr+Ben] B films." @default.
• W4308308020 created "2022-11-10" @default.
• W4308308020 creator A5004401060 @default.
• W4308308020 creator A5033903731 @default.
• W4308308020 creator A5041551644 @default.
• W4308308020 creator A5046382667 @default.
• W4308308020 creator A5053435309 @default.
• W4308308020 date "2022-12-01" @default.
• W4308308020 modified "2023-10-17" @default.
• W4308308020 title "Synthesis, characterization, TD-DFT method, and optical properties of novel nanofiber conjugated polymer" @default.
• W4308308020 cites W1469042112 @default.
• W4308308020 cites W1967517377 @default.
• W4308308020 cites W1970549136 @default.
• W4308308020 cites W1971285058 @default.
• W4308308020 cites W1976192602 @default.
• W4308308020 cites W1992482631 @default.
• W4308308020 cites W2003642531 @default.
• W4308308020 cites W2004086789 @default.
• W4308308020 cites W2006793816 @default.
• W4308308020 cites W2011663784 @default.
• W4308308020 cites W2012089174 @default.
• W4308308020 cites W2017061411 @default.
• W4308308020 cites W2021312954 @default.
• W4308308020 cites W2023271753 @default.
• W4308308020 cites W2028257185 @default.
• W4308308020 cites W2031599831 @default.
• W4308308020 cites W2035343049 @default.
• W4308308020 cites W2040325103 @default.
• W4308308020 cites W2040875144 @default.
• W4308308020 cites W2042744764 @default.
• W4308308020 cites W2047298510 @default.
• W4308308020 cites W2051994186 @default.
• W4308308020 cites W2055499045 @default.
• W4308308020 cites W2062442429 @default.
• W4308308020 cites W2065706045 @default.
• W4308308020 cites W2072259354 @default.
• W4308308020 cites W2076965499 @default.
• W4308308020 cites W2078722240 @default.
• W4308308020 cites W2082205638 @default.
• W4308308020 cites W2089374014 @default.
• W4308308020 cites W2090219682 @default.
• W4308308020 cites W2092157292 @default.
• W4308308020 cites W2121159011 @default.
• W4308308020 cites W2123450981 @default.
• W4308308020 cites W2128410275 @default.
• W4308308020 cites W2129767795 @default.
• W4308308020 cites W2413125488 @default.
• W4308308020 cites W2470529359 @default.
• W4308308020 cites W2590866645 @default.
• W4308308020 cites W2747416912 @default.
• W4308308020 cites W2888101607 @default.
• W4308308020 cites W2896161972 @default.
• W4308308020 cites W2898277665 @default.
• W4308308020 cites W2903397982 @default.
• W4308308020 cites W2905437006 @default.
• W4308308020 cites W2908729580 @default.
• W4308308020 cites W2970455373 @default.
• W4308308020 cites W2974787118 @default.
• W4308308020 cites W2979317096 @default.
• W4308308020 cites W3015903332 @default.
• W4308308020 cites W3047376800 @default.
• W4308308020 cites W3082186084 @default.
• W4308308020 cites W3084204311 @default.
• W4308308020 cites W3084679516 @default.
• W4308308020 cites W3088876569 @default.
• W4308308020 cites W3092033078 @default.
• W4308308020 cites W3092242463 @default.
• W4308308020 cites W3093739618 @default.
• W4308308020 cites W3110690102 @default.
• W4308308020 cites W3135758882 @default.
• W4308308020 cites W3137645293 @default.
• W4308308020 cites W3147984235 @default.
• W4308308020 cites W3151280348 @default.
• W4308308020 cites W3177635795 @default.
• W4308308020 cites W3187936360 @default.
• W4308308020 cites W3198676513 @default.
• W4308308020 cites W3199582228 @default.
• W4308308020 cites W3210562713 @default.
• W4308308020 cites W3210796033 @default.
• W4308308020 cites W4206705952 @default.
• W4308308020 cites W4223441285 @default.
• W4308308020 cites W4225675126 @default.
• W4308308020 cites W4241261367 @default.
• W4308308020 cites W4246355920 @default.
• W4308308020 cites W4285602490 @default.
• W4308308020 cites W4286423337 @default.
• W4308308020 doi "https://doi.org/10.1016/j.synthmet.2022.117206" @default.
• W4308308020 hasPublicationYear "2022" @default.
• W4308308020 type Work @default.
• W4308308020 citedByCount "11" @default.
• W4308308020 countsByYear W43083080202023 @default.
• W4308308020 crossrefType "journal-article" @default.
• W4308308020 hasAuthorship W4308308020A5004401060 @default.
• W4308308020 hasAuthorship W4308308020A5033903731 @default.
• W4308308020 hasAuthorship W4308308020A5041551644 @default.
• W4308308020 hasAuthorship W4308308020A5046382667 @default.
• W4308308020 hasAuthorship W4308308020A5053435309 @default.
• W4308308020 hasConcept C112613896 @default.

• next