Sharif Digital Repository

On validity assurance of dynamic reconfiguration for component-based programs

Author

Niamanesh, M.

Pub. Year

2006

Subjects

Algorithms. / Computer software. / Problem solving. / Component-based program. / Dynamic Reconfiguration. / Reconfiguration. / State transferring. / Validity Assurance. / Computer programming.

Simulation of enhanced characteristic x rays from a 40-MeV electron beam laser accelerated in plasma

Author

Nikzad, L.

Pub. Year

2012

Experimental investigation of graphene oxide nanofluid on heat transfer enhancement of pulsating heat pipe

Author

Nazari, M. A.

Publisher

Elsevier Ltd,

Pub. Year

2018

Subjects

Graphene oxide. / Nanofluid. / Heat pipes. / Heat resistance. / Heat transfer. / Nanofluidics. / Regression analysis. / Thermal conductivity. / Experimental investigations. / Graphene oxides. / Heat transfer device. / Heat transfer enhancement. / Nanofluids. / Pulsating heat pipe. / Thermal performance. / Transfer capacities. / Graphene.

Experimental investigation of paraffin nano-encapsulated phase change material on heat transfer enhancement of pulsating heat pipe

Author

Heydarian, R.

Publisher

Springer Netherlands,

Pub. Year

2019

Subjects

Nano-encapsulated paraffin. / Phase change material. / Pulsating heat pipe. / Fluids. / Heat convection. / Heat pipes. / Heat transfer coefficients. / Mixtures. / Nanocapsules. / Paraffins. / Phase change materials. / Specific heat. / Thermal conductivity. / Convective heat transfer. / Encapsulated phase change materials. / Experimental investigations. / Heat Transfer enhancement. / Maximum thermal resistances. / Optimum concentration. / Thermal conductivity coefficient. / Heat resistance.

The impacts of utilizing nano-encapsulated PCM along with RGO nanosheets in a pulsating heat pipe, a comparative study

Author

Mohammadi, O.

Publisher

John Wiley and Sons Ltd,

Pub. Year

2021

Subjects

Additives. / Cooling systems. / Graphene. / Heat pipes. / Heat transfer. / Mixing. / Mixtures. / Nanocapsules. / Nanofluidics. / Nanosheets. / Phase change materials. / Reduced Graphene Oxide. / Specific heat. / Thermoelectric equipment. / Working fluids. / Comparative studies. / Encapsulated phase change materials. / Graphene oxide nanosheets. / Optimum concentration. / Reduced graphene oxides (RGO) / Specific concentration. / Thermal Performance. / Turbulence intensity. / Thermal conductivity of liquids.

Optimal investment and operation of a microgrid to provide electricity and heat

Author

Angarita, J. L.

Publisher

John Wiley and Sons Inc,

Pub. Year

2021

Subjects

Cogeneration plants. / Electric energy storage. / Microgrids. / Probability density function. / Solar power generation. / Stochastic programming. / Stochastic systems. / Uncertainty analysis. / Battery energy storage systems. / Combined heat and power. / Distribution systems. / Objective functions. / Optimal investments. / Optimization algorithms. / PV power generation. / Using probabilities. / Investments.

Tunable wide-band graphene plasmonic nano-color-sorter: Application in scanning near-field optical microscopy

Author

Heydarian, H.

Publisher

OSA - The Optical Society,

Pub. Year

2019

Subjects

Color. / Graphene. / Method of moments. / Neodymium lasers. / Plasmonics. / Plasmons. / Probes. / Refractive index. / Yttrium aluminum garnet. / Analysis techniques. / Color sorting. / High refractive index. / Incident wavelength. / ND : YAG lasers. / Spectral response. / Subwavelength resolution. / Tunabilities. / Near field scanning optical microscopy.

Near field differential interference contrast microscopy

Author

Heydarian, H.

Publisher

Nature Research,

Pub. Year

2020

Subjects

Engineering. / Noanoscience and technology. / Optics and photonics.

Dual-color plasmonic probes for improvement of scanning near-field optical microscopy

Author

Heydarian, H.

Publisher

OSA - The Optical Society,

Pub. Year

2018

Subjects

Argon lasers. / Method of moments. / Optical microscopy. / Plasmonics. / Plasmons. / Probes. / Aperture probes. / Design and modeling. / Dual color. / Hot spot. / Improving performance. / Ion lasers. / Moment analysis. / Near field scanning optical microscopy.

Optical isolation enabled by two time-modulated point perturbations in a ring resonator

Author

Zarif, A.

Publisher

OSA - The Optical Society,

Pub. Year

2020

Subjects

Modulation. / Optical resonators. / Angular distance. / Coupled mode theory. / Modulation frequencies. / Optical isolation. / Optical isolators. / Phase difference. / Spatio temporal. / Telecommunication wavelengths. / Optical signal processing. / Human. / Telecommunication. / Thickness.

Assess the impacts of DR aggregator's offering packages on DR potential in electricity Market

Author

Mohseni, M.

Publisher

IEEE,

Pub. Year

2024

Subjects

Demand response. / DR availability. / Electricity market. / Market clearing. / Demand response. / Demand response availability. / Economic advantages.

Magnetic carbon nanocomposite derived from waste tire rubber for atrazine removal from aqueous solutions

Author

Heydarian Dana, N.

Publisher

Desalination Publications,

Pub. Year

2022

Subjects

Adsorption process. / Aqueous solutions. / Atrazine. / Magnetic nanocomposite. / Waste tire rubber. / Adsorption. / Aqueous solution. / Atrazine. / Desalination. / Nanocomposite. / Persistent organic pollutant. / Rubber. / Solid waste. / Tire.

Network vulnerability analysis through vulnerability take-grant model (VTG)

Author

Shahriari, H. R.

Pub. Year

2005

Subjects

Algorithms. / Graph theory. / Mathematical models. / Polynomials. / Security of data. / Bounded polynomial algorithm. / Vulnerabilities rewriting rules. / Vulnerability take-grant model (VTG) / Information analysis.

Sequence dependence of the binding energy in chaperone-driven polymer translocation through a nanopore

Author

Abdolvahab, R. H.

Pub. Year

2011

Subjects

Binding affinities. / Binding proteins. / Mean first passage time. / Monomer types. / Nearest-neighbors. / Polymer translocation. / Potential gradients. / Stiff polymers. / Trans side. / Translocation dynamics. / Monomers. / Nanopores. / Nuclear energy. / Polymers. / Potential energy. / Binding energy.