The phrase "air corresponding" is not correct and does not convey a clear meaning in written English.
It may be intended to describe something related to air or correspondence, but without additional context, it is unclear how to use it appropriately.
Example: "The air corresponding to the temperature change was noticeable."
Alternatives: "air related" or "air associated".
The tiny puffs of air corresponding to spoken syllables like "pa" can be felt on the skin, and they help people distinguish them from similar sounds such as "ba".
The numerical simulations were carried out with a Reynolds number of 2800 and Prandtl number of 0.71 (air) corresponding to the mean velocity and channel height.
At about 7 ml in volume, it can deliver some 1.2 L/s of air, corresponding to a thermal output of 4 5 kW for stoichiometric hydrocarbon mixtures.
The exergy destruction per amount of feed is reduced with 1.6 kJ/mol air, corresponding to a 0.74% increase in the net electric efficiency of the IGCC.
a Constant flow rates of hydrogen and air corresponding to a limited current density of 1.2 A/cm2; b constant hydrogen stoichiometric coefficient of 1.2 and constant oxygen (from airflow) stoichiometric coefficient of 2.0.
The present RCM experiments focused on two fuel lean conditions in air corresponding to equivalence ratios of ϕ = 0.3 and 0.5, at two compressed pressures of PC = 20 bar and 40 bar in the compressed temperature range of TC = 665 950 K.
We will then test this model with different cooling air temperature corresponding to the ASHRAE recommended range.
The PRHRS is designed to remove decay heat when normal heat removal system is not available and it consists of steam generator secondary side, a heat exchanger cooling by atmospheric air, and corresponding pipes, valves and air gates.
The last one is "the diffusion phase" or "tailing part", it begin when the pollutant concentration reaches a value limiting the air availability corresponding to the cleaner of the permeable channels.
The efficiencies of single glazed, double glazed and packed bed solar air heaters corresponding to flow rate of 0.02 m3/s-m2 were 30.29%, 45.05% and 71.68% respectively in winter season.
The response to changes in the fuel concentration and system pressure was investigated experimentally by measuring the air temperatures corresponding to ignition and extinction, for fuel concentrations in the range of 6 38% H2 in N2 by volume, and pressures between 0.3 and 8 atm, at a constant pressure-weighted strain rate of 300 s−1.
