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Page 26
ABSTRACT The formation of deposits on the heat transfer surfaces of boilers may considerably reduce the fuel economy , create safety problems due to possible overheating of pipes and increase the corrosion rates .
ABSTRACT The formation of deposits on the heat transfer surfaces of boilers may considerably reduce the fuel economy , create safety problems due to possible overheating of pipes and increase the corrosion rates .
Page 30
2 , heat transfer at high heat fluxes decreases faster and to a larger extent than at low heat fluxes . For the highest heat fluxes under investigation ( 200,000 W / m2 < q < 480,000 W / m2 ) , the heat transfer coefficient remained ...
2 , heat transfer at high heat fluxes decreases faster and to a larger extent than at low heat fluxes . For the highest heat fluxes under investigation ( 200,000 W / m2 < q < 480,000 W / m2 ) , the heat transfer coefficient remained ...
Page 43
From his convective heat transfer experiments , Krause ( 51 ) found values of 1.15 W / mK and 2100 kg / mø for the thermal conductivity and the density of the deposit , respectively . These values agree with the values reported in this ...
From his convective heat transfer experiments , Krause ( 51 ) found values of 1.15 W / mK and 2100 kg / mø for the thermal conductivity and the density of the deposit , respectively . These values agree with the values reported in this ...
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Contents
Scale Formation During Nucleate Boiling A Review | 26 |
Change in Boiling Mechanism with Time | 33 |
Heat Transfer Models in the Presence of Deposit | 43 |
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