- and
fugacity are
related through the
dimensionless fugacity coefficient φ = f P . {\displaystyle \varphi ={\frac {f}{P}}.} For an
ideal gas,
fugacity and...
- how to
utilize the
fugacity capacity to
calculate the
concentration of a
chemical in a system.
Depending on the chemical,
fugacity capacity varies. The...
- the
thermodynamic concept of
activity and
coined the term "
fugacity". His new idea of
fugacity, or "escaping tendency", was a
function with the dimensions...
-
question that
includes fugacities, concentrations,
fluxes and amounts. The
important values are the
proportionality constant,
called fugacity capacity expressed...
- well as from
mathematical models. One of
these mathematical models is a
fugacity-based BCF
model developed by Don Mackay.
Bioconcentration factor can also...
-
deviates from the
ideal case. The
compressibility factor is
linked to the
fugacity by the relation:[citation needed] f = P exp ( ∫ Z − 1 P d P ) {\displaystyle...
- a
redox buffer, then the
oxygen fugacity of
equilibration is
defined by one of the
curves in the
accompanying fugacity-temperature diagram.
Redox buffers...
- gas i is
given by its
fugacity fi: this may be
higher or
lower than its
mechanical pressure. By
historical convention,
fugacities have the
dimension of...
- a
buffer that can
control how
oxidizing its
environment is (the
oxygen fugacity). This
buffer is
known as the hematite-magnetite or HM buffer. At lower...
-
concentration and
fugacity coefficient in
place of
activity coefficient. In the real world, for example, when
making ammonia in industry,
fugacity coefficients...
