Keywords: کربنیل آهن; Magnetorheological suspensions; Cotton cloth; Carbonyl iron; Flat capacitor; Relative dielectric permittivity; Structural viscosity;
مقالات ISI کربنیل آهن (ترجمه نشده)
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Keywords: کربنیل آهن; Polyindole; Core-shell; Carbonyl iron; Magnetorheological;
Keywords: کربنیل آهن; Carbonyl iron; Thermal oxidation; Magnetorheology; Magnetic particles; Chemical oxidation;
Keywords: کربنیل آهن; Carbonyl iron; Composite; AlPO4 layer; Microwave absorption; Anti-oxidative ability;
Keywords: کربنیل آهن; Microwave absorption; Coating; Carbonyl iron; Graphene sheet;
Keywords: کربنیل آهن; Magnetorheological suspensions; Honey; Turmeric; Carbonyl iron; Electrical conductivity;
Keywords: کربنیل آهن; Magnetorheological; Carbonyl iron; Octahedral; Magnetite; Additive;
Keywords: کربنیل آهن; Carbonyl iron; Graphene oxide; Cyclic voltammetry; Impedance spectroscopy; Corrosion protection;
Keywords: کربنیل آهن; Magnetorheological elastomer; Magnetorheology; Natural rubber; Carbonyl iron;
Keywords: کربنیل آهن; Hybrid magnetorheological elastomers; Graphene nanoparticles; Carbonyl iron; Dielectric permittivity; Plane capacitor;
Keywords: کربنیل آهن; Microcrystalline cellulose; Cellulose; Carbonyl iron; Magnetorheological;
Keywords: کربنیل آهن; Carbonyl iron; Flaky particles; Microwave absorber; Tuned permeability;
Keywords: کربنیل آهن; Magnetorheological; Core-shell; Composite; Carbonyl iron; Polyaniline;
Keywords: کربنیل آهن; Carbonyl iron; Carbon fibers; Electrophoretic deposition; Microwave absorption;
Keywords: کربنیل آهن; Membrane; Rochelle salt; Carbonyl iron; Silicone rubber; Alternating electric field; Magnetorheological elastomer
Keywords: کربنیل آهن; Magnetorheological; Polyaniline; Carbonyl iron; Dopamine; Core-shell;
Keywords: کربنیل آهن; Carbonyl iron; γ-Fe2O3; Magnetorheological; Additive;
Keywords: کربنیل آهن; Electroless plating; Carbonyl iron; Co coating; Antioxidation; Electromagnetic property;
Keywords: کربنیل آهن; Carbonyl iron; Electroless plating; Dielectric properties; Magnetic properties
Keywords: کربنیل آهن; Carbonyl iron; Fatty acid; Herschel–Bulkley model; Magnetorheological fluid; Stabilization
Keywords: کربنیل آهن; Carbonyl iron; Microwave absorption; Carbon dioxide; Passivation;
Keywords: کربنیل آهن; Absorbing material; Reflection loss; Graphite; Carbonyl iron;
Keywords: کربنیل آهن; Covalent coating; Carbonyl iron; Cholesteryl chloroformate; Thermooxidation; Magnetorheology;
Keywords: کربنیل آهن; Magnetorheological fluid; Carbonyl iron; Halloysite; Magnetic particle;
Keywords: کربنیل آهن; Carbonyl iron; Hollow microspheres; Pitting corrosion; Microwave absorption;
Enhanced and broadband absorber with surface pattern design for X-Band
Keywords: کربنیل آهن; Microwave absorber; Surface pattern design; Broadband; Carbonyl iron;
Enhanced antioxidation and microwave absorbing properties of SiO2-coated flaky carbonyl iron particles
Keywords: کربنیل آهن; Carbonyl iron; SiO2 coating; Antioxidation; Electromagnetic property; Microwave absorbing property;
Magnetodielectric effects in membranes based on magnetorheological bio-suspensions
Keywords: کربنیل آهن; Magnetorheological suspensions; Honey; Turmeric; Carbonyl iron; Electrical conductivity; Magnetoresistor;
Inclusion of octahedron-shaped ZnFe2O4 nanoparticles in combination with carbon dots into carbonyl iron based magnetorheological suspension as additive
Keywords: کربنیل آهن; Magnetic materials; Nanoparticles; MR fluid; Carbonyl iron; Sedimentation; Additives;
Enhanced electromagnetic properties of carbon nanotubes and SiO2-coated carbonyl iron microwave absorber
Keywords: کربنیل آهن; Carbon nanotubes; Carbonyl iron; Impedance matching; Electromagnetic properties; Reflection loss;
Enhanced microwave absorption characteristics of nanocomposite based on hollow carbonyl iron microspheres and polyaniline decorated with MWCNTs
Keywords: کربنیل آهن; Hollow microsphere; Carbonyl iron; Pitting corrosion; MWCNTs; Polyaniline; Microwave absorbers;
Transition metal dichalcogenides MX2 (M=Mo, W; X=S, Se, Te) and MX2-CIP composites: Promising materials with high microwave absorption performance
Keywords: کربنیل آهن; Transition metal dichalcogenides; Carbonyl iron; Vibrating ball milling; Microwave absorption; Impedance matching;
Hybrid Magnetorheological Elastomers: Effects of the magnetic field on some electrical properties
Keywords: کربنیل آهن; Magnetorheological elastomer; Graphene nanoparticles; Carbonyl iron; Magnetorheological suspension; Absorbent sponge electrical conductibility; Relative dielectric permittivity;
The magnetorheological fluid of carbonyl iron suspension blended with grafted MWCNT or graphene
Keywords: کربنیل آهن; Magnetorheological fluid; Smart damper; Shock absorber; Mutilwall carbon nanotubes; Graphene; Carbonyl iron;
Rheological analysis of magnetite added carbonyl iron based magnetorheological fluid
Keywords: کربنیل آهن; Carbonyl Iron; Magnetite; Magnetorheological fluid; Additive;
Composite magnetorheological elastomers as dielectrics for plane capacitors: Effects of magnetic field intensity
Keywords: کربنیل آهن; Magnetorheological elastomer; TiO2 microparticles; Silicone rubber; Carbonyl iron; Plane capacitor; Magnetoelasticity
A new multicomponent material based on carbonyl iron/carbon nanofiber/lanthanum–strontium–manganite as microwave absorbers in the range of 8–12 GHz
Keywords: کربنیل آهن; Multicomponent microwave absorber; Carbonyl iron; Lanthanum–strontium manganese oxide; Carbon nanofiber
Electromagnetic and microwave absorbing properties of carbonyl iron/BaTiO3 composite absorber for matched load of isolator
Keywords: کربنیل آهن; Carbonyl iron; BaTiO3; Load; Isolator; Microwave absorption;
Synthesis, crystal structure and electrochemical study of (μ-κ2C:κ2S-NHC+-CS)[Fe2(CO)6]− generated from the reaction of NHC+-CS2− with Fe3(CO)12
Keywords: کربنیل آهن; BEDSDJFTGYJPJX-UHFFFAOYSA-N; VGAVZPWAEJCZQS-UHFFFAOYSA-NHydrogenase; Carbonyl iron; Carbene; Betaine; Cyclic voltammetry; H2 production
Effect of carbonyl iron concentration and processing conditions on the structure and properties of the thermoplastic magnetorheological elastomer composites based on poly(styrene-b-ethylene-co-butylene-b-styrene) (SEBS)
Keywords: کربنیل آهن; Magnetorheological elastomer; SEBS; Carbonyl iron;
Brake performance of core–shell structured carbonyl iron/silica based magnetorheological suspension
Keywords: کربنیل آهن; Carbonyl iron; Coating; Magnetorheological; Brake
Hybrid magnetorheological elastomer: Influence of magnetic field and compression pressure on its electrical conductivity
Keywords: کربنیل آهن; Hybrid electro-conductive magnetorheological elastomer; Magnetoresistive sensor; Graphene nanoparticles; Carbonyl iron; Silicone rubber; Electrical conductivity
Smart absorbing property of composites with MWCNTs and carbonyl iron as the filler
Keywords: کربنیل آهن; Smart materials; Absorbing materials; Reflection loss; Carbonyl iron; MWCNTs;
Preparation of SnO2-coated carbonyl iron flaky composites with enhanced microwave absorption properties
Keywords: کربنیل آهن; Coating materials; Dielectric/magnetic complementarities; Carbonyl iron; Tin oxide; Microwave absorption
The influence of hydrostatic pressure and transverse magnetic field on the electric conductivity of the magnetorheological elastomers
Keywords: کربنیل آهن; Magnetorheological elastomer; Carbonyl iron; Silicone rubber; Transverse magnetic field; Hydrostatic pressure
The influence of the magnetic field on the elastic properties of anisotropic magnetorheological elastomers
Keywords: کربنیل آهن; Magnetorheological elastomer; Silicone rubber; Carbonyl iron; Thermal decomposition; Microwaves; Iron nanoparticles
Carbonyl iron particles dispersed in a polymer solution and their rheological characteristics under applied magnetic field
Keywords: کربنیل آهن; Magnetorheological fluid; Polymer solution; Carbonyl iron; Suspension
Influence of the interface reflections on the microwave reflection loss for carbonyl iron/paraffin composite backed by a perfect conduction plate
Keywords: کربنیل آهن; Microwave absorption; Quarter-wavelength model; Interface reflection; Reflective wave; Emerging wave; Carbonyl iron
Properties of magneto-rheological fluids based on amorphous micro-particles
Keywords: کربنیل آهن; magneto-rheological fluids; amorphous particles; carbonyl iron; soft magnetic properties; microstructure;
Controllable fabrication of silica encapsulated soft magnetic microspheres with enhanced oxidation-resistance and their rheology under magnetic field
Keywords: کربنیل آهن; Magnetorheological fluid; Carbonyl iron; Core-shell; Silica; Encapsulation;