iranian journal of materials science and engineering سال:2020 - دوره:17

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iranian journal of materials science and engineering
سال:2020 - دوره:17 - شماره:4

a comparative analysis of structural and electrochemical properties of graphene oxide (go) and reduced graphene oxide (rgo) synthesized by using hummer’s and modified hummer’s method - صفحه:25-32 a novel porous graphene scaffold prepared using freeze-drying technique for orthopedic approaches: fabrication and buckling simulation using gdq method - صفحه:62-76 adsorption of zinc oxide nanoparticles onto esterified carbonize sago hampas: kinetic and equilibrium studies - صفحه:152-169 anisotropy of fractal dimensions of fractures and loading curves of steel samples during impact bending - صفحه:142-151 densification and shape distortion of the al-cu-mg pre-alloyed powder compact in supersolidus liquid phase sintering process - صفحه:87-92 green synthesis of high-performance graphene geopolymer composites: a review on environment- friendly extraction of nanomaterials - صفحه:10-24 investigating the structural, optical and antibacterial properties of go, go: ag, go: zno thin layers and go: zno/ go: ag bilayers synthesized by spray pyrolysis method - صفحه:170-180 modeling the dynamic recrystallization by using cellular automaton: the current status, challenges and future prospects, a review - صفحه:103-129 plasma nitriding behavior of din 1.2344 hot work tool steel - صفحه:1-9 quenching of high entropy alloys after annealing - صفحه:130-141 surface modification of magnetic mnfe_2o_4@sio_2 core-shell nanoparticles with deposited layer of 3- aminopropyl triethoxysilane - صفحه:77-86 synthesis of novel imidazolium based ionic liquids for use as multifunctional green additives in gear oils - صفحه:33-45 the austempering kinetics, microstructural development, and processing window in the austempered, fe-3.2c-4.8al compacted graphite cast iron - صفحه:46-54 the effect of pre-reduction of graphene oxide on the electrochemical performance of rgo-tio2 nanocomposite - صفحه:55-61 the effects of contact paste type and electric field on physical properties of zirconia bodies made by flash sintering method: modeling via response surface methodology - صفحه:93-102