- Δ τ = r
particle l
interparticle γ particle-matrix {\displaystyle \Delta \tau ={\frac {r_{\text{particle}}}{l_{\text{
interparticle}}}}\gamma _{\text{particle-matrix}}}...
- real molecules, such as
dispersion forces. To
incorporate more
complex interparticle interactions, a
systematic approach is necessary. One such approach...
- an
ideal gas at the
specified temperature. We can take the
average interparticle spacing in the gas to be
approximately (V/N)1/3
where V is the volume...
-
physical quantities that are
conserved at the
microscopic level in
interparticle collisions. Thus,
rather than
being dictated by the fast and complex...
- product–vanilla may be used
Glidants are used to
promote powder flow by
reducing interparticle friction and cohesion.
These are used in
combination with lubricants...
- Feynman,
Richard P. (1949). "classical
Electrodynamics in
Terms of
Direct Interparticle Action" (PDF).
Reviews of
Modern Physics. 21 (3): 425–433. Bibcode:1949RvMP...
-
numerous possible interparticle interactions having place, such as friction,
hydrodynamic interactions, and
other kinds of
interparticle forces such as colloidal...
- definition, for
independently moving microscopic particles,
disregarding interparticle potential energy, by
international agreement, a
temperature scale is...
-
exhibited by
suspended solids. This
parameter indicates the
magnitude of
interparticle electrostatic repulsion and is
commonly analyzed to
determine how the...
-
formulation of
electrodynamics (also
known as "action at distance" or "direct
interparticle action")
based only on the
world line of
particles as S = ∑ i m i ∫...
