Sentence examples for dust particle density from inspiring English sources

Several assumptions are necessary to derive the charged dust particle density from the measured current.

ρ p dust particles density.

We consider that the plasma consists of electrons (density n e, mass m), ions (density n i, mass M), and dust particles (density n d, mass m d) having uniform mass and charge (Z d e).

(n_mathrm{d}) is the dust particle number density normalized to (n_mathrm{d0}); u (_mathrm{d}) is the dust fluid velocity normalized to the dust acoustic speed (C_mathrm{d}=sqrt{Z_mathrm{d0}T_mathrm{eff}/m_mathrm{d}}) in which (T_mathrm{eff}) is the effective temperature which is defined below and (m_mathrm{d}) is the mass of the dust particles.

While we were able to use house-specific estimates for total suspended particles (TSP) in estimating the gas-phase concentrations, we had to assume values for dust and particle density and fraction organic matter.

N dust particles number density.

The physical properties reported were as follows: particle size distributions and surface area measurements using a Coulter Counter Model TAII; percent dust fractions less than 100 micron of whole dust; bulk density; particle density; and ash content.

The smaller Rscale values in these seasons are still consistent with this result, considering that the deposition velocity of the dust particles with higher density was probably high and that the resuspended radiocesium on them should be less mixed.

These diagnostic shock indicators occur only in a small zone on one concave side of the dust particle characterized by a high fracture density.

Note that is the effective density of a dust particle with the characteristic radius s0min and mass s0min in the following derivation.

The density of a dust particle is of the order of 103 kg/m3, and is thus much greater than that of air.