Hydrogen Energy

A direct borohydride fuel cell employing a sago gel polymer electrolyte

Engineering / Performance / Fuel Cell / Measurement / Hydrogen Energy / Polymer Electrolyte / CHEMICAL SCIENCES / Electrical Conductivity / Oxygen Consumption / Electric Conductivity / Open Circuit Voltage / Power Density / Polymer Electrolyte / CHEMICAL SCIENCES / Electrical Conductivity / Oxygen Consumption / Electric Conductivity / Open Circuit Voltage / Power Density

Ceria-based electrolyte reinforced by sol–gel technique for intermediate-temperature solid oxide fuel cells

Engineering / Impedance Spectroscopy / Hydrogen Energy / CHEMICAL SCIENCES / Sol gel / Electrolyte

Photobiological hydrogen production: photochemical efficiency and bioreactor design

Engineering / Photosynthesis / Biomass / Energy Conversion / Biohydrogen / Hydrogen Energy / Hydrogen Production / PHOTOBIOREACTOR / CHEMICAL SCIENCES / Fermentation / Spectrum / Large Scale / Low Light / Production Rate / Thallophyta / Hydrogen Energy / Hydrogen Production / PHOTOBIOREACTOR / CHEMICAL SCIENCES / Fermentation / Spectrum / Large Scale / Low Light / Production Rate / Thallophyta

Hydrogen energy in changing environmental scenario: Indian context

Engineering / Climate Change / Solar Cell / Hydrogen Storage / Hydrogen Energy / Hydrogen Production / Alternative Fuel / CHEMICAL SCIENCES / Point of View / Internal combustion / Modular Design / Storage capacity / Hydrogen Production / Alternative Fuel / CHEMICAL SCIENCES / Point of View / Internal combustion / Modular Design / Storage capacity

Hydrogen energy in changing environmental scenario: Indian context

Engineering / Climate Change / Solar Cell / Hydrogen Storage / Hydrogen Energy / Hydrogen Production / Alternative Fuel / CHEMICAL SCIENCES / Point of View / Internal combustion / Modular Design / Storage capacity / Hydrogen Production / Alternative Fuel / CHEMICAL SCIENCES / Point of View / Internal combustion / Modular Design / Storage capacity

Preparation and characterization of Sm0.2Ce0.8O1.9/Na2CO3 nanocomposite electrolyte for low-temperature solid oxide fuel cells

Engineering / Thermodynamics / Performance / Stability / Fuel Cell / Nanocomposite / Hydrogen Energy / Methanol / Solid oxide fuel cell / Conductivity / Feasibility / CHEMICAL SCIENCES / Precipitation / Low Temperature / Long Term / Anode / Water Vapor / Peak Power / Open Circuit Voltage / Nanocomposite / Hydrogen Energy / Methanol / Solid oxide fuel cell / Conductivity / Feasibility / CHEMICAL SCIENCES / Precipitation / Low Temperature / Long Term / Anode / Water Vapor / Peak Power / Open Circuit Voltage

Pr 2NiO 4–Ag composite cathode for low temperature solid oxide fuel cells with ceria-carbonate composite electrolyte

Engineering / Impedance Spectroscopy / Hydrogen Energy / Solid oxide fuel cell / Single Cell / CHEMICAL SCIENCES / Oxygen Reduction Reaction / Low Temperature / X Ray Diffraction Analysis / Power Density / CHEMICAL SCIENCES / Oxygen Reduction Reaction / Low Temperature / X Ray Diffraction Analysis / Power Density

Metal hydride hydrogen compressors: a review

Engineering / Hydrogen Energy / CHEMICAL SCIENCES

Hydrogen energy in changing environmental scenario: Indian context

Engineering / Climate Change / Solar Cell / Hydrogen Storage / Hydrogen Energy / Hydrogen Production / Alternative Fuel / CHEMICAL SCIENCES / Point of View / Internal combustion / Modular Design / Hydrogen Production / Alternative Fuel / CHEMICAL SCIENCES / Point of View / Internal combustion / Modular Design

Energy efficient reactor design simplified by second law analysis

Engineering / Heat Transfer / Heat Exchanger / Optimal Control theory / Hydrogen Energy / Heat transfer coefficient / Second Law / CHEMICAL SCIENCES / Chemical reactors / Energy efficient / Boundary Condition / Driving force / Heat transfer coefficient / Second Law / CHEMICAL SCIENCES / Chemical reactors / Energy efficient / Boundary Condition / Driving force

RETRACTED: Electricity generation by Enterobacter cloacae SU-1 in mediator less microbial fuel cell

Engineering / Hydrogen Energy / CHEMICAL SCIENCES / Microbial Fuel Cell / Electricity Generation

Preparation and characterization of Sm0.2Ce0.8O1.9/Na2CO3 nanocomposite electrolyte for low-temperature solid oxide fuel cells

Engineering / Thermodynamics / Performance / Stability / Fuel Cell / Nanocomposite / Hydrogen Energy / Methanol / Solid oxide fuel cell / Conductivity / Feasibility / CHEMICAL SCIENCES / Precipitation / Low Temperature / Long Term / Anode / Water Vapor / Peak Power / Open Circuit Voltage / Nanocomposite / Hydrogen Energy / Methanol / Solid oxide fuel cell / Conductivity / Feasibility / CHEMICAL SCIENCES / Precipitation / Low Temperature / Long Term / Anode / Water Vapor / Peak Power / Open Circuit Voltage

Natural gas based hydrogen production with zero carbon dioxide emissions

Engineering / Thermodynamics / Hydrogen / Natural Gas / Steam Methane Reforming / Hydrogen Energy / Hydrogen Production / CHEMICAL SCIENCES / Pressure Swing Adsorption / Hydrogen Energy / Hydrogen Production / CHEMICAL SCIENCES / Pressure Swing Adsorption

Diesel fuel processor for hydrogen production for 5kW fuel cell application

Engineering / Fuel Cell / Hydrogen Energy / Hydrogen Production / PEM fuel cell / CHEMICAL SCIENCES / Diesel Fuel / Steam Reforming / CHEMICAL SCIENCES / Diesel Fuel / Steam Reforming

Model predictive control to ensure high quality hydrogen production for fuel cells

Engineering / Hydrogen Energy / CHEMICAL SCIENCES

A Review on solid oxide fuel cell models

Engineering / Neural Network / Electrochemical Impedance Spectroscopy / Artificial Intelligent / Hydrogen Energy / Solid oxide fuel cell / Equivalent Circuit / CHEMICAL SCIENCES / Model-based diagnosis / Physical Model / Experimental Data / Solid oxide fuel cell / Equivalent Circuit / CHEMICAL SCIENCES / Model-based diagnosis / Physical Model / Experimental Data

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