A

David

Darling

HEAT AND THERMODYNAMICS

absolute zero
adiabatic process

Beckmann thermometer
blackbody
boiling point
bolometer
bolometric magnitude
Boltzmann constant
Boltzmann equation
Boyle's law
brightness temperature
British thermal unit

calorie
calorimetry
Carnot cycle
cascade liquefier
Charles' law
coefficient of linear expansion
color temperature
combustion
conductivity
convection
critical point
critical temperature
cryogenics

dewar flask
dissipative structure

electron temperature
enthalpy
entropy
equation of state
evaporation
expansion
expansion of liquids

first law of thermodynamics
flame
flash point
freezing point
fuel

gas constant
gas laws
Gibbs free energy

heat
heat capacity
heat death
heat engine
heat of vaporization
heat pump
heat transfer
high-temperature physics

ideal gas
ideal gas law
infrared
internal energy
ionization temperature
isothermal process

Joule heat
Joule-Thomson effect

kelvin
kinetic temperature
kinetic theory of gases

latent heat
linear expansion
liquefaction of gases

mechanical equivalent of heat
melting point

phase equilibria
Peltier effect
porous plug experiment
pyrometer

radiation temperature
Rankine scale

second law of thermodynamics
Seebeck effect
specific heat
spin temperature
statistical mechanics
steam engine
Stefan-Boltzmann law

temperature
thermal conduction
thermal conductivity, measurement
thermal insulation
thermal radiation
thermistor
thermocouple
thermodynamics
thermograph
thermometer
thermostat
third law of thermodynamics
Thomson effect
triple point

Van der Waals' equation of state