Skip to content
Subject index
Thermodynamics
[web]
[lect]
[<]
[>]
Home
Teaching
ph215
Thermodynamics
Quantum Phys.
Partial Diff. Eq.
ph324/335/338
Condensed Matter
ph330
Atomic Phys.
Fourier
Y3/4 projects
In this section
Dr Rudolf Winter
Department of Physics
Aberystwyth University
Penglais
Aberystwyth
SY23 3BZ
Wales
Adran Ffiseg
Prifysgol Aberystwyth
Penglais
Aberystwyth
SY23 3BZ
Cymru
Sunset today: 16:26
1'27 earlier than y'day
Thermodynamics subject index
absolute zero temperature
adiabatic
adiabatic expansion
adiabatic processes
adiabatic throttle
adiabatic throttling
asymptotic
attractive interaction
azeotrope
binary mixtures
binodal
bits
boltzmann's entropy
bose-einstein statistics
bosons
boyle temperature
bundle of states
carnot engine
carnot's theorem
chemical potential
chemical potential
chemical thermodynamics
classical thermodynamics
clausius statement
clausius statement
clausius-clapeyron equation
closed system
closed systems
coefficient of performance
combined heat and power
components
compressibility
compressibility
compression factor
condensed phases
conduction
convection
critical isotherm
critical isotherm
critical molar volume
critical point
critical point
critical pressure
critical temperature
cyclic rule of differentiation
data compression
degeneracy
degeneracy
degrees of freedom
degrees of freedom
density of states
diathermal
diathermal boundaries
dilute limit
directed, ordered
disordered
distillation
distinguishable particles
distinguishable particles
distinguishable, non-interacting particles
dynamics
efficiency
efficiency
ehrenfest equations
electronic partition function
electronic states
energy eigenvalue
energy is conserved
engineering thermodynamics
ensemble partition function
ensemble
enthalpy
enthalpy
enthalpy for isobaric systems
entropy
entropy
entropy
entropy of mixing
entropy term
equation of state
equilibration
equilibrium
equilibrium
equilibrium condition
equilibrium condition
eutectic
excluded volume
expansion work
extensive
extensive state variables
fermions
first law of thermodynamics
first-order phase transitions
first-order phase transitions
free energy
free enthalpy
fusion
gas constant
gaussian distribution
gibb's phase rule
gibbs's algorithm
gibbs's phase rule
harmonic oscillator
heat
heat capacity
heat capacity at constant volume
heat current
heat engine
heat flow
heat pump
heisenberg's uncertainty principle
hot-air balloon
huffman encoding
huffman tree
hydrogen atom
ideal gas
ideal gas
ideal gas
ideal gas
ideal gas
ideal gas law
ideal gas law
indistinguishable particles
indistinguishable particles
information
information entropy
information heat engine
information theory
intensive state variables
interacting particles
interatomic forces
intermediate compounds
internal energy
internal energy
internal energy
internal energy for isochoric systems
internal pressure
isobaric
isochoric
isochoric processes
isotherm
isothermal
isotherms of an ideal gas
joule-kelvin (or joule-thomson) coefficient
joule-kelvin effect
kelvin temperature scale
kelvin-planck statement
kinematics
kinetic energy
kinetic energy
kinetic theory of gases
lagrange multipliers
lagrange multipliers
landau theory
landauer's principle
latent heat
latent heat
latent heat
latent heat of vaporisation
law of the lever
lennard-jones potential
liquidus
macrostate
maxwell relations
maxwell's daemon
measure of irreversibility
metastable
metastable phase
microscopic reversibility
microstate
miscibility gap
mixed second derivatives
mixed-phase regions
molar fraction, $x_1$
molar fractions of each component in each phase
moment of inertia
most probable macrostate
most probable macrostate
multi-component systems
nucleation
nucleation sites
open system
oversaturated vapour
parameterisation
particle in a box
particle in a box
partition function
path-independent
pauli exclusion principle
phase
phase diagram
phase equilibrium
phase equilibrium
phase equilibrium
phase space
phase transition
phase transition region
phase transitions
phase transitions
physical chemistry
point of inflection
polymorphs
potential to extract work
power station
pressure
pressure cooker
probability
probability distribution
process
projection
projections
quality attribute
quantum number
quantum numbers
quasi-static
quasi-static
radiation
real gases
reduced mass
reduced variables
refrigerator
refrigerator
refrigerators
relationships between state variables
relaxation
relaxation time
repulsive interaction
reservoirs
retarded boiling
reversible cyclic process
reversible process
rigid rotor
rotation
rotational partition function
schrödinger equation
schwarz's theorem
second law
second-order phase transitions
second-order phase transitions,
single-phase region
single-phase regions
solid solutions
solidus
specific heat
spinodal
spontaneous
spontaneous decomposition
spontaneous phase change
standing wave
state
state function
state function
state function
state variables
state variables
statistical mechanics
statistical mechanics - an introduction
statistical mechanics made simple
statistical weight
statistical weight
statistical weight
statistical weight
statistics
steady state
stirling formula
stoichiometrically
stoichiometry
subcritical isotherms
sublimation
supercritical fluids
supercritical isotherms
surprisal
system
szilard's engine
t(x) diagram
taylor expansion
temperature
temperature
ternary systems
theorem of corresponding states
thermal conductivity
thermal energy
thermal physics
thermal physics
thermodynamic equilibrium
thermodynamic equilibrium
thermodynamic relationships
thermodynamics
thermometer
third law of thermodynamics
total differential
total differential
total differential
total energy
total partition function
translation
translational partition function
triple line
triple line
triple point
universe
unstable
van-der-waals equation of state
vapourisation
vapourisation line
vibration
vibrational partition function
virial coefficient
virial equation
virial equation
volumetric thermal expansion coefficient
walls
weekly revision quiz questions
work
zero-point energy
zeroth law