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Mohammad Almasi Kashi

Mohammad Almasi Kashi

Professor

College: faculty of Physics

Department: Condensed Matter Physics

Degree: Ph.D

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Mohammad Almasi Kashi

Professor Mohammad Almasi Kashi

College: faculty of Physics - Department: Condensed Matter Physics Degree: Ph.D |

Papers in Journals

#Paper TitleAuthorsJournalPublished At
 
161Surfactant-free synthesis and magnetic hyperthermia investigation of iron oxide (Fe3O4) nanoparticles at different reaction temperaturesاحمدرضا یاسمیان محمد الماسی کاشی عبد العلی رمضانیMATER CHEM PHYS25/02/1398
162Reaction time-induced improvement in hyperthermia properties of cobalt ferrite nanoparticles with different sizesK Heydaryan, M Mohammadalizadeh, AH Montazer, M Almasi KashiMaterials Chemistry and Physics2023-07-15
163Optimization of photosensitivity of ultraviolet sensors based on ZnO nanorods etched with ZnO nanopowders using Taguchi methodZ Hajijamali, A Khayatian, M Almasi KashiApplied Physics A2023-04-17
164Current density-induced emergence of soft and hard magnetic phases in Fe nanowire arraysF Noori, M Almasi Kashi, AH MontazerNanotechnology2022/11/29
165Three‑dimensional ZnO nanorods growth on ZnO nanorods seed layer for high responsivity UV photodetectorیدمحمدامین راستی الحسینی علی خیاطیان رضا شریعت زاده محمد الماسی کاشیAPPL PHYS A-MATER20/09/1398
166Electrodeposited metal nanowires as transparent conductive electrodes: Their release conditions, electrical conductivity, optical transparency and chemical stabilityمنا عارف پور محمد الماسی کاشی د فاطمه خوانساری برزکی امحمد نورمحمدی عبد العلی رمضانیmaterials and design20/08/1397
167Magnetization reversal properties and magnetostatic interactions of disk to rod-shaped FeNi layers separated by ultra-thin Cu layersMH Abbas, A Ramazani, AH Montazer, M Almasi KashiNanotechnology15-June 2022
168Tuning magnetostatic interaction and coercivity distributions of FeCo/Cu multilayer nanowire arrays by variation of magnetic and nonmagnetic layer aspect ratiosR Nemati, MH Abbas, A Ramazani, M Almasi KashiPhysica B: Condensed Matter15-February 2023
169The role of Sn, Zn, and Cu additions on the microwave absorption properties of Co-Ni alloy nanoparticlesمحمد الماسی کاشی سیما علیخان زاده میلاد کرم زاده جهرمیJ MAGN MAGN MATER09/07/1398
Showing 161-169 of 169 items.