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increases the density of the air decrease the density of the air increases the specific heat of the air decreases the specific heat of the exhaust
air cooler economizer injector air blower
The fuel oil The lube oil The sea water The fresh water
An increased air temperature differential between the cooler inlet and outlet A decrease in the air pressure differential across the cooler Excessive condensate forming in the air box A decrease in the air temperature differential between the cooler inlet and outlet
increase the density of the cylinder air charge prevent turbocharger overheating liminate the need for a pre-cooler remove moisture from air compressed by the turbocharger
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air compressor diffuser after-cooler ventilator
cavitation erosion in the water jackets excess corrosion inhibitor in the coolant dirty jacket water cooler defective turbocharger
inter cooler cylinder outlet pipe inlet pipe
charge air receiver scavenging air belt turbine air cooler
reduce the turbocharger operating temperature increase the pressure of the inlet air increase the density of the inter air reduce the blower operating temperature
inlet pipe outlet pipe inter cooler after cooler
increased air pressure differenced before and aft air cooler reduced exhaust temperature in all cylinders reduced temperature difference between water inlet and outlet both A and C
superheated super-cooled at or below the dew point All of the above
inside before after against
air cooler turbocharger charge air A+B+C