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TUBE SIDE FLOW DISTRIBUTION EFFECTS ON HEAT EXCHANGER PERFORMANCE
COOLING DEVICES FOR A THERMOELECTRIC GENERATOR D G Gritton and Y S Tang
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activity coefficients analysis approximately average blast furnace boiling burnout calculated carbon carbon monoxide Chem chemical coke concentrate constant convection coolant cooling correlation curve diameter dioxide distribution effect Engrs enthalpy Equation estimate experimental factor feed flotation flow rate fluid fuel gases group contribution method heat flux heat of vaporization heat transfer coefficient heater hematite hot metal hydrogen increase isobaric kiln liquid magnetic magnetite material maximum measured methane method mixtures moisture mole nitrogen Nusselt obtained operation oxide oxygen pellets perature phase plant pollution predicted pressure drop problem PROGRESS SYMPOSIUM SERIES ratio reduced iron Reynolds number sample shown in Figure sinter slag solid solution steel stream sulfur sulfur dioxide surface Table taconite technique temperature test section thermal thermal conductivity thermocouple tion tube ture values vapor variable velocity waste