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269 tulosta hakusanalla Nadhim Al-Abadi
Raising Pragmatic Competence in Foreign Language Classrooms
Nadhim Najmalddin
Lap Lambert Academic Publishing
2018
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El aumento de la competencia pragmática en las aulas de lenguas extranjeras
Nadhim Najmalddin
Ediciones Nuestro Conocimiento
2022
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Améliorer la compétence pragmatique dans les classes de langues étrangères
Nadhim Najmalddin
Editions Notre Savoir
2022
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Aumentare la competenza pragmatica nelle classi di lingue straniere
Nadhim Najmalddin
Edizioni Sapienza
2022
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Aumentar a Competência Pragmática em Salas de Aula de Língua Estrangeira
Nadhim Najmalddin
Edicoes Nosso Conhecimento
2022
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Förderung der pragmatischen Kompetenz im Fremdsprachenunterricht
Nadhim Najmalddin
Verlag Unser Wissen
2022
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Ottimizzazione Della Geometria Dei Grani E Degli Ugelli Nel Booster a Razzo Solido Gslv
Prasanth S; Mohammed Nadhim I; Anto Cletus L Deepan C
Edizioni Sapienza
2025
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Il progetto aggiorna il booster solido GSLV Mk-III con un propellente composito ad alta densit (65% AP bimodale, 18% Al sferico, 12% legante HTPB con l'1,5% di additivi) aumentato con l'1% di cromite di rame, l'1% di lecitina, l'1% di TEPANOL e il 2% di ossido di ferro, raggiungendo 1.795 kg/m3. Un grano finocilico a 8 lobi con alette affusolate offre un'ampia superficie iniziale per una rapida pressurizzazione e una progressiva→combustione neutra in 110-120 s; il grano rinforzato con fibra di carbonio per resistere fino a 12 MPa. Un ugello flessibile con una gola di 0,61 m, un'espansione di 15:1 ( di uscita di 2,36 m) e una gola di carbonio-carbonio rivestita di ZrC ottimizzato per il livello del mare/vuoto. Prestazioni previste: 5.800 kN di spinta, velocit di scarico ≈2.714 m/s, Isp ≈277 s, flusso di massa ≈2.138 kg/s.
Optimierung der Korn- und Düsengeometrie in GSLV-Feststoffraketen
Prasanth S; Mohammed Nadhim I; Anto Cletus L Deepan C
Verlag Unser Wissen
2025
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Das Projekt verbessert den Feststoffbooster GSLV Mk-III durch einen Verbundtreibstoff mit hoher Dichte (65 % bimodales AP, 18 % sph risches Al, 12 % HTPB-Bindemittel einschlie lich 1,5 % Additive), der mit 1 % Kupferchromit, 1 % Lecithin, 1 % TEPANOL und 2 % Eisenoxid angereichert ist und 1.795 kg/m3 erreicht. Ein 8-lappiges Finocyl-Korn mit sich verj ngenden Rippen bietet eine gro e Anfangsfl che f r eine schnelle Druckbeaufschlagung und einen progressiven→ neutralen Abbrand ber 110-120 s; das Korn ist kohlefaserverst rkt und h lt bis zu 12 MPa stand. Eine flexible D se mit einer Verengung von 0,61 m, einer Ausdehnung von 15:1 (Austritts- 2,36 m) und einer mit ZrC beschichteten Kohlenstoff-Kohlenstoff-Verengung ist f r Meeresh he/Vakuum optimiert. Voraussichtliche Leistung: 5.800 kN Schub, Abgasgeschwindigkeit ≈2.714 m/s, Isp ≈277 s, Massenstrom ≈2.138 kg/s.
Optimization of Grain and Nozzle Geometry in Solid Rocket Booster Gslv
Prasanth S; Mohammed Nadhim I; Anto Cletus L Deepan C
Lap Lambert Academic Publishing
2025
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The project upgrades the GSLV Mk-III solid booster via a high-density composite propellant (65% bimodal AP, 18% spherical Al, 12% HTPB binder including 1.5% additives) augmented with 1% copper chromite, 1% lecithin, 1% TEPANOL and 2% iron oxide, achieving 1,795 kg/m3. An 8-lobed finocyl grain with tapered fins gives a large initial surface area for rapid pressurization and a progressive→neutral burn over 110-120 s; the grain is carbon-fiber reinforced to withstand up to 12 MPa. A flex nozzle with 0.61 m throat, 15:1 expansion (exit 2.36 m), and a carbon-carbon throat coated with ZrC is optimized for sea-level/vacuum. Predicted performance: 5,800 kN thrust, exhaust velocity ≈2,714 m/s, Isp ≈277 s, mass flow ≈2,138 kg/s.
Optimisation de la Géométrie Des Grains Et Des Tuyères Dans Le Propulseur À Poudre Gslv
Prasanth S; Mohammed Nadhim I; Anto Cletus L Deepan C
Editions Notre Savoir
2025
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Le projet modernise le propulseur poudre GSLV Mk-III gr ce un propergol composite haute densit (65 % d'AP bimodal, 18 % d'Al sph rique, 12 % de liant HTPB, dont 1,5 % d'additifs) augment de 1 % de chromite de cuivre, 1 % de l cithine, 1 % de TEPANOL et 2 % d'oxyde de fer, ce qui permet d'atteindre 1 795 kg/m3. Un grain finocyl 8 lobes avec des ailettes coniques offre une grande surface initiale pour une pressurisation rapide et une combustion progressive→neutre sur 110-120 s; le grain est renforc par des fibres de carbone pour r sister jusqu' 12 MPa. Une tuy re flexible avec un col de 0,61 m, une expansion de 15:1 ( de sortie 2,36 m), et un col carbone-carbone rev tu de ZrC est optimis e pour le niveau de la mer/vide. Performances pr vues: Pouss e de 5 800 kN, vitesse d' chappement ≈2 714 m/s, Isp ≈277 s, d bit massique ≈2 138 kg/s.
OPTIMIZACIÓN DE LA GEOMETRÍA DEL GRANO Y LA TOBERA EN EL COHETE PROPULSOR SÓLIDO GSLV
Prasanth S; Mohammed Nadhim I; Anto Cletus L Deepan C
Ediciones Nuestro Conocimiento
2025
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Optimização Da Geometria Do Grão E Da Tubeira Do Foguetão de Propulsão Sólida Gslv
Prasanth S; Mohammed Nadhim I; Anto Cletus L Deepan C
Edicoes Nosso Conhecimento
2025
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O projeto moderniza o propulsor s lido GSLV Mk-III atrav s de um propulsor comp sito de alta densidade (65% AP bimodal, 18% Al esf rico, 12% aglutinante HTPB incluindo 1,5% de aditivos) aumentado com 1% de cromite de cobre, 1% de lecitina, 1% de TEPANOL e 2% de xido de ferro, atingindo 1.795 kg/m3. Um gr o finocil ndrico de 8 l bulos com alhetas c nicas proporciona uma grande rea de superf cie inicial para uma pressuriza o r pida e uma combust o neutra progressiva ao longo de 110-120 s; o gr o refor ado com fibra de carbono para suportar at 12 MPa. Um bocal flex vel com garganta de 0,61 m, expans o 15:1 ( de sa da 2,36 m) e uma garganta de carbono-carbono revestida com ZrC optimizado para o n vel do mar/v cuo. Desempenho previsto: 5.800 kN de impulso, velocidade de escape ≈2.714 m/s, Isp ≈277 s, fluxo de massa ≈2.138 kg/s.
Optymalizacja Geometrii Ziaren I Dysz W Rakietach Na Paliwo Stale Gslv
Prasanth S; Mohammed Nadhim I; Anto Cletus L Deepan C
Wydawnictwo Nasza Wiedza
2025
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W ramach projektu zmodernizowano rakietę GSLV Mk-III za pomocą kompozytowego materialu pędnego o wysokiej gęstości (65% bimodalnego AP, 18% sferycznego Al, 12% spoiwa HTPB, w tym 1,5% dodatk w) z dodatkiem 1% chromitu miedzi, 1% lecytyny, 1% TEPANOLU i 2% tlenku żelaza, uzyskując 1795 kg/m3. 8-platkowe ziarno finocylu ze stożkowymi żebrami zapewnia dużą początkową powierzchnię do szybkiego zwiększania ciśnienia i progresywnego→neutralnego spalania przez 110-120 s; ziarno jest wzmocnione wl knem węglowym, aby wytrzymac do 12 MPa. Elastyczna dysza z gardzielą 0,61 m, rozszerzeniem 15:1 ( wylotu 2,36 m) i gardzielą węglowo-węglową pokrytą ZrC jest zoptymalizowana pod kątem poziomu morza/pr żni. Przewidywane osiągi: 5,800 kN ciągu, prędkośc wylotowa ≈2,714 m/s, Isp ≈277 s, przeplyw masowy ≈2,138 kg/s.
Removal of Pollutants from the Wastewater by Composite Nanofibers
Salih Abbas Habeeb; Bassem Ali Nadhim
Lap Lambert Academic Publishing
2022
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Eliminación de contaminantes de las aguas residuales mediante nanofibras compuestas
Salih Abbas Habeeb; Bassem Ali Nadhim
Ediciones Nuestro Conocimiento
2023
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This book reviewed forced vibrational behavior of porous nano-composite shells reinforced with graphene platelets, under radial dynamic loads. The geometry of a cylindrical shell with graded porosities and graphene platelets has been discussed in this book. Also, the type and distribution of exerted dynamic load to the shell. The material properties are dependent on the uniform, non-uniform distributions, and porosities. Description of the material properties of such nano-composites accounting for porosity and GPL content is performed via Halpin-Tsai micromechanical rule. The dynamic equations of the nano-composite shell are based on first order shell theory and a semi-analytical approach is implemented.
We are, thank God, living in a generation where frum gay Jews are asking halakhic questions. Rabbi Fox's teshuva addresses the foundational question of intimate physical behavior between two women. Come and learn a fresh approach to an ancient question using classical sources. The teshuva works through much of the pertinent material from the time of the Gemara through the 21st century.Rabbi Fox writes with a rigor and an openness that is so important these days. In addition, the book publishes a group of responses to the teshuva-some in support and a few opposed-as a model for how Halakha unfolds in contemporary Jewish community. You are invited inside this exciting beit midrash to appreciate the many voices of Torah.