Thermal Conductivity

Enhanced thermal transport through a soft glassy nanodisk paste

Engineering / Rheology / Nanoparticles / Computer Simulation / Mathematical Sciences / Physical sciences / Colloids / Thermal Conductivity / Energy Transfer / Ointments / Physical sciences / Colloids / Thermal Conductivity / Energy Transfer / Ointments

Enhanced thermal transport through a soft glassy nanodisk paste

Engineering / Rheology / Nanoparticles / Computer Simulation / Mathematical Sciences / Physical sciences / Colloids / Thermal Conductivity / Energy Transfer / Ointments / Physical sciences / Colloids / Thermal Conductivity / Energy Transfer / Ointments

Nd2O3 doped low silica calcium aluminosilicate glasses: Thermomechanical properties

Engineering / Applied Physics / Mathematical Sciences / Applied / Silica / Physical sciences / THERMAL DIFFUSIVITY / Thermal Conductivity / Glass Transition / Rare Earth / Physical sciences / THERMAL DIFFUSIVITY / Thermal Conductivity / Glass Transition / Rare Earth

A phenomenological scaling approach for heat transport in nano-systems

Applied Mathematics / Heat Transfer / Heat Transport / Nanoscale heat transfer / Nonequilibrium and irreversible thermodynamics / Thermal Conductivity / Ballistic Transport / Irreversible Thermodynamics / Extended Irreversible Thermodynamics / Continued Fraction Expansion Method / Thermal Conductivity / Ballistic Transport / Irreversible Thermodynamics / Extended Irreversible Thermodynamics / Continued Fraction Expansion Method

Single-crystal growth of NaxCo2O4 via a novel low-temperature flux method

Crystal Growth / Differential scanning calorimetry / Vapor Pressure / Magnetic Properties / Cooling Rate / Electrical Resistance / Magnetic Susceptibility / Thermal Conductivity / Thermogravimetry / Temperature Dependence / Single Crystal Growth / Thermal Stability / Scanning Electron Microscope / Room Temperature / Single Crystal / Low Temperature / Elevated Temperature / Electrical Resistance / Magnetic Susceptibility / Thermal Conductivity / Thermogravimetry / Temperature Dependence / Single Crystal Growth / Thermal Stability / Scanning Electron Microscope / Room Temperature / Single Crystal / Low Temperature / Elevated Temperature

Thermal transport in Si/Ge nanocomposites

Engineering / Nanocomposites / Composite Materials / Nanowires / Nanocomposite / Physical sciences / Weak Dependence / Interfaces / Heat Flux / Interface / Temperature Distribution / Thermal Conductivity / Thermal Resistance / Experimental Data / Molecular Dynamic Simulation / Physical sciences / Weak Dependence / Interfaces / Heat Flux / Interface / Temperature Distribution / Thermal Conductivity / Thermal Resistance / Experimental Data / Molecular Dynamic Simulation

Thermal conductivity across nanostructured porous silicon films

Engineering / Porous Silicon / Physical sciences / Pore Size / Steady state / Thermal Conductivity / Heat Conduction / Room Temperature / Three Dimensional / Experimental Data / Monte Carlo Method / Thermal Conductivity / Heat Conduction / Room Temperature / Three Dimensional / Experimental Data / Monte Carlo Method

The thermal conductivity of aqueous nanofluids containing ceria nanoparticles

Engineering / Applied Physics / Mathematical Sciences / Applied / Physical sciences / Thermal Conductivity / Particle Size / Effective thermal conductivity / Thermal Conductivity / Particle Size / Effective thermal conductivity

A micro-solid oxide fuel cell system as battery replacement

Engineering / Fuel Cell / System Design / Power / Carbon Monoxide / Solid oxide fuel cell / Heat transfer coefficient / System Simulation / Thermal Conductivity / CHEMICAL SCIENCES / Thermal Insulation / Thin film deposition / Electric Power / Open Circuit Voltage / Power Sources / Solid oxide fuel cell / Heat transfer coefficient / System Simulation / Thermal Conductivity / CHEMICAL SCIENCES / Thermal Insulation / Thin film deposition / Electric Power / Open Circuit Voltage / Power Sources

Shortest path across a mesoscopic system

Thin Film / Long Tail / Thermal Conductivity / Shortest Path

Semi-degradable poly(β-amino ester) networks with temporally controlled enhancement of mechanical properties

Inflammation / Polymers / Multidisciplinary / Biodegradation / Mice / Compressive Strength / Animals / Male / Temperature / Phase transition / Hardness / Thermal Conductivity / Glass Transition Temperature / Elastic Modulus / Materials Testing / Tensile Strength / Biocompatible Materials / Compressive Strength / Animals / Male / Temperature / Phase transition / Hardness / Thermal Conductivity / Glass Transition Temperature / Elastic Modulus / Materials Testing / Tensile Strength / Biocompatible Materials

Enhanced charge-transport in surfactant-free PbSe quantum dot films grown by a laser-assisted spray process

Engineering / Quantum Confinement / Thin Film / Power Law / Absorption spectroscopy / Physical sciences / High Temperature / Thermal Conductivity / Temperature Dependence / Room Temperature / Charge Transport / Quantum Dot / Low Temperature / Thermal Activation / Two Dimensions / Physical sciences / High Temperature / Thermal Conductivity / Temperature Dependence / Room Temperature / Charge Transport / Quantum Dot / Low Temperature / Thermal Activation / Two Dimensions

Silicon carbide high-power devices

Silicon Carbide / Current Density / Thermal Conductivity / High Power / Schottky Barrier / Electron Devices / Material Properties / Electrical And Electronic Engineering / Power Density / Electron Devices / Material Properties / Electrical And Electronic Engineering / Power Density

Vertical ZnO nanowire growth on metal substrates

Nanotechnology / Multidisciplinary / Nanowires / Thermal Conductivity

A micro-solid oxide fuel cell system as battery replacement

Engineering / Combustion / Heat Transfer / Fuel Cell / System Design / Power / Carbon Monoxide / Microfabrication / Thin Film / Gas Processing / Solid oxide fuel cell / Heat transfer coefficient / System Simulation / Membrane / Thermal Conductivity / CHEMICAL SCIENCES / Thermal Insulation / Thin film deposition / Electric Power / Anode / Open Circuit Voltage / Power Sources / Thermal Gradient / Power / Carbon Monoxide / Microfabrication / Thin Film / Gas Processing / Solid oxide fuel cell / Heat transfer coefficient / System Simulation / Membrane / Thermal Conductivity / CHEMICAL SCIENCES / Thermal Insulation / Thin film deposition / Electric Power / Anode / Open Circuit Voltage / Power Sources / Thermal Gradient

A micro-solid oxide fuel cell system as battery replacement

Engineering / Combustion / Heat Transfer / Fuel Cell / System Design / Power / Carbon Monoxide / Microfabrication / Thin Film / Gas Processing / Solid oxide fuel cell / Heat transfer coefficient / System Simulation / Membrane / Thermal Conductivity / CHEMICAL SCIENCES / Thermal Insulation / Thin film deposition / Electric Power / Anode / Open Circuit Voltage / Power Sources / Thermal Gradient / Power / Carbon Monoxide / Microfabrication / Thin Film / Gas Processing / Solid oxide fuel cell / Heat transfer coefficient / System Simulation / Membrane / Thermal Conductivity / CHEMICAL SCIENCES / Thermal Insulation / Thin film deposition / Electric Power / Anode / Open Circuit Voltage / Power Sources / Thermal Gradient

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