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It decreases.
It decreases.
It decreases.
Heat rejected.
Heat added.
Heat rejected from condenser.
Compressor power.
COP.
Compressor power.
Compressor power.
Refrigerated effect.
Mass flow rate.
COP.
Temperature difference between evaporator and compressor.
Moisture content after expansion.
Heat rejected in the condenser.
Mass flow rate.
Compressor power.
Heat rejected in the condenser.
COP.
Heat rejected.
Heat rejected.
Moisture content at the turbine exhaust.
Condenser pressure.
Moisture content after expansion.
Cycle efficiency.
Combination of base load and peaking load.
Diversity factor.
Carnot cycle.
Back pressure turbine.
Faraday’s law.
Thermionic generator.
Moisture content.
Volatile matter and moisture.
Volatile matter.
Ash.
Heating in absence of air.
100.
Methane.
Centrifugal and axial.
Enthalpy of formation.
Once through-circulation boiler.
Outgoing flue gas.
Pendant superheater.
Matrix.
Compressible fluids.
Isothermal process.
Joule cycle.
Brayton cycle.
Energy interaction.
Heat engines.
Maintain a heated space at high temperature.
Perpetual motion machine of second kind.
Externally reversible.
Work.
Turbocharging.
Nozzles and diffusers.
Stroke of the engine.
Compressing the air-fuel mixture above its self ignition temperature.
Compression ratio and specific heat ratio.
It increases.
Constant pressure process.
It increases.
Constant pressure.
Heat is transferred.
Aircraft propulsion and electric power generation.
Turbine exhaust temperature higher than compressor inlet temperature.
It becomes isothermal.
10 to 25.
5.
It decreases.
Propulsion system, automotive turbine engines, aircraft turbine engines.
Mercury.
Temperature and pressure.
0.04%.
Superheating steam to higher temperature.
Boiler corrosion.
Cogeneration plant.
It decreases.
It remains the same.
It decreases.
Reactants.
Insufficient oxygen.
It is higher.
Heat pump.
Improves by 2 to 4%.
Heat pumps.
Ammonia-water system.
They are the same.
Adiabatic process.
Water.
Cross flow allows perpendicular fluid movement.
Conservation of Energy ensures energy balance.
Isenthalpic processes maintain enthalpy.
Internal energy includes various energy forms.
An isolated system has no mass or energy exchange.
A manometer is used for pressure measurement.
Superheated vapor exceeds saturation conditions.
Kinetic energy relates to motion and speed.
Isothermal processes have zero internal energy change.
They increase the total energy content of the flow.
The 2nd law of thermodynamics limits energy conversion.
Absolute pressure includes atmospheric pressure.
Brake thermal efficiency measures engine performance.
Flow work equals pressure times specific volume.
Potential energy relates to height and gravity.
Isometric, isochoric, and isovolumic are synonyms.
Ideal work represents maximum energy output.
Temperature differences affect Carnot efficiency.
Latent heat of vaporization is crucial for phase change.
A thermocouple is commonly used for temperature measurement.
Calorimetry focuses on energy measurement.
Power quantifies work done over time.
Thermal efficiency increases with superheating.
Flow work is essential for fluid dynamics.
Subcooled liquid is below boiling point.
A water column boiler utilizes external combustion.
A fusible plug provides safety against low water levels.
A blow-down line maintains boiler integrity.
An economizer recovers waste heat.
An air preheater enhances combustion efficiency.
Waterwalls extend evaporative capacity.
One Boiler Hp represents this energy output.
A safety valve releases excess pressure.
Water flows inside the tubes for heating.
Dew point temperature indicates saturation.
A cross flow cooling tower operates this way.
Psychrometry studies air moisture content.
Relative humidity measures moisture content.
Saturated air is at 100% relative humidity.
Cooling range indicates temperature drop.
Dewpoint temperature marks condensation onset.
Refrigerant is essential but not a system component.
Sensible heating or cooling describes this process.
Moist air contains both components.
Dry bulb temperature indicates air temperature.
Humidity ratio quantifies moisture content.
Cascade systems enhance cooling efficiency.
Humidifying process adds moisture without temperature change.
Relative humidity indicates moisture level.
Sensible heating process maintains humidity.
Humidifying process adds moisture vertically.
Dew point temperature signals condensation.
Coefficient of performance evaluates efficiency.
Multistage compression enhances efficiency.
Conduction describes energy transfer through contact.
Air conditioning manages indoor climate.
Dry air is the primary non-condensing element.
Ammonia serves as the refrigerant.
Low side pressure indicates suction side conditions.