Sentence examples for output of hydrogen from inspiring English sources

By using multi-source energy harvesting circuitry such as scavenged or "reclaimed" energy from light emitting and vibrational sources as the source of power for commercial low power microcontrollers, amplifiers, and RF transmitters, the sensor node is capable of conditioning and deciphering the output of hydrogen sensitive ZnO nanorods sensors.

The RD sample had rather high percentage aluminium compared to the LD dross which is attributed to its higher flow rate output of hydrogen, and it certainly does provide a cheaper alternative to purchasing pure aluminium.

Using of renewable energy resources especially in production of hydrogen, output increases to be ensured with nanotechnology applications in photovoltaic systems may change this alignment.

Based on the equations given in "Technical assessment of offshore hydrogen production" the power output variations by the wind farm, the total production of hydrogen per year were calculated for each described scenario.

Investigated plant concepts of syngas-based chemical looping generate about 350 450 MW net electricity with a flexible output of 0 200 MWth hydrogen (based on lower heating value) with an almost total decarbonisation rate of the coal used.

Based on a proposed plant concept that generates 400 500 MW net electricity with a flexible output of 0 200 MWth hydrogen and a carbon capture rate of at least 90%, the paper develops fuel selection criteria for coal blending with various alternative fuels for optimizing plant performance e.g. oxygen consumption, cold gas efficiency, hydrogen production and overall energy efficiency.

Lowest power output of 24 W/min with hydrogen flow rate of 268 ml/min was estimated when applying 10 wt% of NaBH4 fuel solution.

A highest hydrogen output of 149.54 mL and a lowest oneof 28.05 mL were observed.

Moreover, the results of parametric study showed that increasing of the evaporator pressure results in increasing of the output power, hydrogen production, and energy and exergy efficiencies, whereas the costs of output power and hydrogen production decreased.

A by-product of hydrogen production was deuterium, a hydrogen isotope found in "heavy water".

One of the built fuel processors is designed to deliver a thermal hydrogen power output of 2.5 kW according to a PEM fuel cell stack providing about 1 kW electrical power and achieves a thermal efficiency of about 75% (LHV basis after PrOx), while the CO content of the product gas is below 20 ppm.