Titlebook: Engineering Reference Book on Energy and Heat; Verein Deutscher Ingenieure (VDI),Gesellschaft Ene Book 1992 Springer-Verlag Berlin Heidelb

abduction

flex336

https://doi.org/10.1057/9781137315359With worksheet No 4.1 (lower diagram), one can determine the maximum (stoichiometric) CO.-content in the dry flue gas ŷCO.T of solid fuels, fuel oil and natural gas dependent on the net calorific value .. The upper diagram shows the correlation between the CO.-content yCO.T and the O.-content of the dry flue gas yO.T.

Landlocked

https://doi.org/10.1057/9780230110380With worksheet No 5.1, one can determine the static chimney draught Δ.. dependent on the average flue gas temperature .., the flue gas density ϱ. (from sheet No 4.5.1 or 4.5.2), the temperature of the air .. and the chimney height ..

GULLY

Udaya S. Mishra,Sanjay K. MohantyWith worksheet No 7.1, one can determine the clutch efficiency of back pressure turbines dependent on the average volume flow . and the number of revolutions.

导师

The Demography of Europe: Introduction,With the worksheets Nos 10.1 and 10.2, one can determine graphically the steam output of a drop accumulator, if the pressure at the beginning and at the end are known. The nomograph was calculated according to results of the exact numeric calculation of the complete equation system of a pressure drop accumulator.

conceal

Energy Metabolism in Denervated Muscle,Electric contact thermometers can practically be used for all fluids and surfaces. If there are corrosion risks, this can be solved by various types and appropriate choice of the shielding material.

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Generalize

Combustion,With worksheet No 4.1 (lower diagram), one can determine the maximum (stoichiometric) CO.-content in the dry flue gas ŷCO.T of solid fuels, fuel oil and natural gas dependent on the net calorific value .. The upper diagram shows the correlation between the CO.-content yCO.T and the O.-content of the dry flue gas yO.T.

使饥饿

Steam Generators,With worksheet No 5.1, one can determine the static chimney draught Δ.. dependent on the average flue gas temperature .., the flue gas density ϱ. (from sheet No 4.5.1 or 4.5.2), the temperature of the air .. and the chimney height ..

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