Sentence examples for materials for combustion from inspiring English sources

Thermodynamics indicates that the higher the temperature, the greater the efficiency of the conversion of heat to work; therefore, the development of materials for combustion chambers, pistons, valves, rotors, and turbine blades that can function at ever-higher temperatures is of critical importance.

If the process did not generate sufficient material for combustion, surplus energy in the form of natural gas (methane) was included in the simulations.

Lignocellulosic biomass represents a vast resource of reduced carbon that is overwhelming used for its existing structural value (as fiber and as a building material), for combustion, or as livestock forage rather than for the value of its chemical constituents.

Catalytic materials for methane combustion are then reviewed in light of these operating requirements.

The applications of PILC-based materials for catalytic combustion of VOCs is intensively studied in recent years.

The research is predicted to be beneficial for development of high performance and cost-effective membrane materials for pre-combustion CO2 capture.

The aforementioned advantages of the nanocomposite architecture membranes could be beneficial in developing high performance and cost-effective membrane materials for pre-combustion CO2 capture.

To date, palladium is the most preferred active material for catalytic combustion, methanol oxidation, hydrogen sensors and hydrogen storage devices due to its high selectivity and affinity to hydrogen.

Humic substances, geopolymers and materials from combustion (soot or black carbon) differ in their capacity for sorption/desorption of PAHs [20].

Spray-dried particles with the chemical compositions of Fe0.66Mn1.33SiO3 and FeMnSiO3 have been examined as oxygen carrier materials for chemical-looping combustion.

However, Mn-rich carriers show a pronounced increase in carrier reactivity and selectivity for total oxidation of methane due to the addition of small amounts of Fe, indicating the promise of appropriately designed FeMn carriers as low-cost, environmentally benign oxygen carrier materials for chemical looping combustion.