Sentence examples for combustion step from inspiring English sources

Previously, we've shown that a membrane process can be used to selectively recycle CO2 to the combustion step, which significantly increases the CO2 content in the exhaust gas.

It is pointed out that urea combustion step can facilitate well-dispersed Co- and Mo-oxo species (mono and polymolybdate) formation, whereas the conventional impregnation techniques lead to mixed-metal oxides formation.

This process combines a methane combustion step where oxygen is provided via an oxygen carrier, a steam methane reforming step catalyzed by the reduced oxygen carrier and an oxidizing step where the O-carrier is reconstituted to its original state.

More in detail: (i) Thermogram of Black-Ivory: step at T<150 °C is due to water loss; step at T~400 °C is due to the oxidation of the carbonaceous material, deriving from the proteic material combustion; step at T≈640°C is related to the decomposition of calcium carbonate CaCO3→CO2↑+CaO, included in the hydroxiapatite, that is carbonated hydroxiapatite [1].

A final combustion step determined ash concentration.

The CO2 from the combustion step of a sample of interest was converted to graphite, graphite-like materials, and/or Fe3C.

Alcohol fuel is generally presented as a sustainable fuel in comparison with other fossil fuel due to lower emissions during production and combustion steps as well as due to its (assumed) closed carbon cycle.

β-NiAl-coated γ-TiAl-based alloys were synthesised following a single combustion synthesis step in a mono mode microwave applicator operating at 2.45 GHz under a moderate pressure of 0.15 MPa, allowing the simultaneous synthesis and forming of the required shape.

The reactor can simulate various combustion sub-steps occurring in a real stove.

The data obtained are used to derive the kinetic parameters that best fit the observed behaviors, according to a simple model of particle combustion (one-step devolatilization, apparent oxidation kinetics, thermally thin particles).

These general source assignments are supported by previous stepped combustion studies that confirm temperature steps corresponding to the labile fraction (δD = 750 to 1264‰) are more D-rich than those for the refractory fraction (δD = 476 to 951‰) (Kerridge et al., 1987); D-enrichments are a generally accepted indicator of presolar contributions (Wannier, 1980; Remusat et al., 2006).