Sentence examples for particles might also from inspiring English sources

Particles might also be drawn up from under the hood rather than through the hood material.

Therefore, particles of other sizes than the routinely used large particles might also enhance perforation.

Finally, a diesel exhaust particle might also be produced using the same engine and conditions of running for comparison of biologic end points.

The detector is surrounded by shielding layers of liquid and is sited deep underground to protect it from other particles that might also create flashes.

MAIR-IR spectrometry used in our study detects such functional groups and most other covalent bonds (Smith 1998) but will not detect inorganic leaching ions from filler particles, which might also affect cells in the proximal vicinity of the resin composite restorations in the mouth.

But particle uniformity might also influence the kinetics and toxicity of nano-materials in unknown ways.

However, as illustrated in the present work, because of the huge number of degraded particles in the free virus preparations commonly used in most neutralizing antibody assays, noninfectious particles or proteins might also serve as a nonproductive sink for the antibodies being tested.

Because the dropletons are so large, in particle terms, they might also help physicists locate the boundaries between the quantum world of the very small and the classical world of the human scale, the physicists report in the Feb. 27 issue of the journal Nature.

Additionally, the enhanced electron density within the Pd metal cores as a result of the intraparticle charge delocalization between the particle-bound acetylene moieties might also facilitate the formation of PdC bonds in Pd-[C2H3(OH)2]ads, which was presumed to be the rate-determining step in ethylene glycol oxidation on Pd surfaces.

The differences in chemical properties between macroscopic particles and nanoscale particles meant that their relative safety might also vary, however.

Since it was generally believed that an electric current was made up of charged particles, Lorentz later theorized that the atoms of matter might also consist of charged particles and suggested that the oscillations of these charged particles (electrons) inside the atom were the source of light.