- In mechanics, the
virial theorem provides a
general equation that
relates the
average over time of the
total kinetic energy of a
stable system of discrete...
- The
virial expansion is a
model of
thermodynamic equations of state. It
expresses the
pressure P of a gas in
local equilibrium as a
power series of the...
-
Virial coefficients B i {\displaystyle B_{i}}
appear as
coefficients in the
virial expansion of the
pressure of a many-particle
system in
powers of the...
- In astrophysics, the
virial m**** is the m**** of a
gravitationally bound astrophysical system, ****uming the
virial theorem applies. In the
context of galaxy...
- {d}{T}}\right)\rho ^{6}} Note that in this
virial equation, the
fourth and
fifth virial terms are zero. The
second virial coefficient is
monotonically decreasing...
- mechanics,
virial stress is a
measure of
stress on an
atomic scale for
homogeneous systems. The name is
derived from
Latin vis 'force': "
Virial is then derived...
-
Robert Boyle, is
formally defined as the
temperature for
which the
second virial coefficient, B 2 ( T ) {\displaystyle B_{2}(T)} ,
becomes zero. It is at...
- simulations,
whereas virial coefficients can be
computed directly from the Lennard-Jones potential.
Numerical data for the
second and
third virial coefficient...
- In astrophysics, the
Chandrasekhar virial equations are a
hierarchy of
moment equations of the
Euler equations,
developed by the
Indian American astrophysicist...
- In 1865 he
introduced the
concept of entropy. In 1870 he
introduced the
virial theorem,
which applied to heat.
Clausius was born in Köslin (now Koszalin...
