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The route choices of the interacting particles are based on a time-varying potential energy landscape that seeks to simultaneously satisfy individual's (e.g. avoiding specific areas of the city) and community's (e.g. traffic and pollution reduction in specific city areas) constraints.
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Sorption characteristics of the particles were based on mass balance data.
Our understanding of the nature of nuclear particles is based on their mode of interaction with matter.
The digital processing to get images from the particles is based on convolution so as to obtain images with no wavelength dependence.
Reactivity of the particles was based on observed (kobs) and mass normalized (kM) pseudo-first-order degradation rate constants, as well as specific surface area normalized reaction rate constants (kSA).
The growth of the particles is based on the local Cu II) concentration and determines the reduction rate of the Cu II) concentration, which is solved with a finite volume code.
The projection of the fluid velocity onto rigid motion on the particles is based on a fast computational technique which relies on the conservation of linear and angular momenta.
Calculation of size of non-spherical particles was based on replacing a given particle with a sphere that has the same volume as a given particle.
In addition, the standard set by the U.S. EPA for particles is based on total mass.
The use of the superparamagnetic effect of iron oxide particles is based on distribution in the reticuloendothelial system (RES).
The recognition of bacterial cells by bacteriophage particles is based on the presence of phage receptors on the cell surface.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com