Sentence examples for particles which may from inspiring English sources
In May, the floating radioactive particles (which may have included both new inflow from the FNPP1 area and re-suspensions from other areas) decreased significantly while the surface contamination level stayed at the same level (Yamauchi et al. 2012; Yamauchi 2012; Kanai 2012; Kita et al. 2013).
3. When these cosmic rays, mostly protons, hit a standing nucleus, they produce a shower of fast secondary particles, which may in turn produce further cascades of particles.
Some doctors are turning to steroids that are free of preservatives, which may damage nerves, and particles, which may clog tiny blood vessels feeding the spinal cord.
The argument may be extended to any number of particles interacting by means of central forces; a potential energy function may always be found, depending only on the relative positions of the particles, which may be added to the sum of the kinetic energies (depending only on the velocities) to give a total energy that is conserved.
Therefore, insufficient heating may sometimes create Pd particles, which may aggregate.
This may already indicate better liberation of tPA from the particles, which may also be beneficial in thrombolysis.
However, most MOPSO algorithms only adopt a single search strategy to update the velocity of each particle, which may cause some difficulties when tackling complex MOPs.
The authors derive equations to describe the evaporation of moisture from a single, isolated spherical droplet containing colloidal material to yield a solid particle which may be hollow.
(varvec{f}(t)) is the total forces acting on the particle, which may include the spring forces by neighboring particles, the forces by the walls, viscous force, and gravitational force.
Alternatively DC can acquire immature virus particle, which may not be infectious.
The vibronic coupling depends on the mass of the heavy tunneling particle (which may be deuterium or tritium as well) throughout the range of electronically adiabatic-to-nonadiabatic behavior for a given reaction.
