II-ii- Department of Arabic Language

Permanent URI for this communityhttps://ds.uofallujah.edu.iq/handle/123456789/64

Welcome to the Department of Arabic Language The Department of Arabic Language, part of the Faculty of Education at the University of Fallujah, is dedicated to the study and preservation of the Arabic language and literature. Our mission is to equip students with a deep understanding of the linguistic, literary, and cultural aspects of Arabic, and to develop their skills in both modern and classical Arabic. The department offers a comprehensive curriculum that includes courses on Arabic grammar, syntax, literature, rhetoric, and linguistics. We aim to provide students with the necessary tools to excel in Arabic language teaching, research, and various professional fields. As a vital department in the Faculty of Education, we prepare students for careers in education, journalism, translation, and other fields where proficiency in Arabic is essential. Our faculty members are dedicated to fostering an environment of academic excellence and cultural enrichment. Department of Arabic Language Explore our courses, faculty, and research initiatives to learn more about the rich academic opportunities offered by the Department of Arabic Language.

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News Latest News Arabic Language Department Hosts Annual Literary Conference December 2024 The Department of Arabic Language at the University of Fallujah recently hosted its annual literary conference, bringing together scholars, writers, and students to discuss contemporary issues in Arabic literature and language. New Research Publication on Arabic Dialects November 2024 Faculty members from the Department of Arabic Language have published a new study on the evolution of Arabic dialects across the Middle East. The research offers valuable insights into the linguistic diversity of the Arabic-speaking world. Department Launches Arabic Calligraphy Course October 2024 The Department of Arabic Language has introduced a new course in Arabic calligraphy, aiming to preserve and promote the rich tradition of calligraphy in the Arabic-speaking world. The course is open to students and enthusiasts alike. For more news and updates, visit the Department's News Page.

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    New molybdenum(VI) complexes with bidetantete (N,N), (N, S), and (S, S) ligands spectral characterization and theoretical calculations
    (2025-05-25) Othman I. Alajrawy; Alaa Mh. EeSee
    [MoO2(acac)(ATP)], [MoO2(4CPD)(ATP)], [MoO2(ATP)2], and [MoO2(ATP)(DTO)] are four new MO(VI) complexes have been synthesized, where (acac) is acetylacetone, (ATP) is 2-aminothiophenol, (4CPD) is 4-chloro-ophenylenediamine, and (DTO) is dithiooxamide. The complexes were characterized using a variety of spectral techniques, such as mass spectroscopy, 1 H NMR, FT-IR, UV–Vis., and theoretical calculations. The FT-IR spectra showed that the oxygen, nitrogen, and sulfur atoms coordinated the ligands with the MO(VI) ion. The mass spectrum of each complex describes its mononuclear structure. The complexes are diamagnetic and have an electrical configuration of d0 . The complexes’ lowest unoccupied molecular orbitals ranged in energy from − 0.095 to − 0.260 a.u., while their highest occupied molecular orbitals ranged from − 0.347 to − 0.373 a.u., according to the computational results. The complexes were found to be softer and more soluble than the free ligands. The prepared complexes feature distinct coordination environments around the MO(VI) ion, specifically: (2O, N, S), (3N, S), (2N, 2S), and (N, 3S). This variation in the percentage of sulfur atoms surrounding the Mo(VI) ion was intentionally designed based on Pearson’s Hard and Soft Acids and Bases theory. The comparatively easier electronic transitions observed in the complexes, relative to the free ligands, suggest their potential for future application in photocell research. For each complex, a distorted octahedral geometry was proposed based on the calculated bond lengths and bond angles.
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