-
These fluxes are
vectors at each
point in space, and have a
definite magnitude and direction. Also, one can take the
divergence of any of
these fluxes to...
- In metallurgy, a
flux is a
chemical reducing agent,
flowing agent, or
purifying agent.
Fluxes may have more than one
function at a time. They are used...
- ways of
measuring fluxes,
however all of
these are indirect. Due to this,
these methods make one key ****umption
which is that all
fluxes into a
given intracellular...
- A
fluxion is the
instantaneous rate of change, or gradient, of a
fluent (a time-varying quantity, or function) at a
given point.
Fluxions were introduced...
-
controlled furnaces.
Oxide fluxes are
often combined to
reduce volatility, viscosity, and
reactivity towards the crucibles.
Metallic fluxes aren't
typically combined...
- In clay
bodies a
flux creates a
limited and
controlled amount of gl****,
which works to
cement crystalline phases together.
Fluxes play a key role in...
-
Energy flux is the rate of
transfer of
energy through a surface. The
quantity is
defined in two
different ways,
depending on the context:
Total rate of...
- Look up
flux in Wiktionary, the free dictionary.
Flux is a rate of flow
through a
surface or
substance in physics, and has a
related meaning in applied...
- A
radial flux motor generates flux perpendicular to the axis of rotation. By contrast, an
axial flux motor generates flux parallel to the axis. The features...
- In physics,
specifically electromagnetism, the
magnetic flux through a
surface is the
surface integral of the
normal component of the
magnetic field B...
