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Fundamentals of Thermodynamics
Heat Transport Phenomena
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accuracy adiabatic apparatus function baseline boundary conditions calculated calibration factor calo calorimeter involving calorimeter liquid calorimeter substance calorimeter vessel calorimetry combustion calorimeter convection depends desmearing determined device differential electronic endothermic enthalpy entropy equation equilibrium evaporation example exothermic furnace surroundings heat conduction heat conduction path heat exchange heat flux calorimeters heat flux curve heat of reaction heat pulse heat transfer heat transport heater heating rate ice calorimeter Initial temperature instrument intensive variables isothermal Joule heat K/min linear liquid calorimeter long-time noise magnitude mass measured curve measuring principle measuring system metal obtained parameters Peltier Peltier effect perature phase transition pressure procedure radiation reaction vessel released resistance thermometers sample and reference sample container scanning calorimeter Section sensitivity sensor solution specific heat capacity steady temperature range thermal conductivity thermal effect thermal leakage thermal resistance thermocouples thermodynamic potential function thermometer thermostat tion twin calorimeter uncertainty