Rheological characteristics of every material depend mainly on two parameters: viscosity and elasticity.
The capability of a pneumatic conveying system for conveying bulk particulate materials depends mainly upon five parameters: pipe bore, conveying distance, pressure available, conveying air velocity, and material properties.
The treatment of -SVR zeolite with NaOH solution led to the formation of mesopores and also the increasing of the concentration of surface acid sites, accessible for bulky molecules (e.g. 2,6-ditertbutyl-pyridine). The volume of mesopores as well as the concentration of accessible acid centres in desilicated materials depends mainly on the concentration of the alkaline solution.
In dielectric materials heat transfer depends mainly on phonons' propagation and their interactions.
The flow of the electric current inside the material is depended, mainly, upon the material's microstructure and specifically upon the interlaminar microstructure.
Common consensus says that the main parameter that controls the process is the critical particle velocity (vc), above which, the particles are able to adhere and form the coating; vc depends mainly on the material composition, particle size and substrate materials.
T b depends mainly on the material composition (e.g. ~423K for IrMn and ~573K for PtMn).
The latter depends mainly on the material and is especially pronounced in in-line holography, as the diffraction effects strongly vary with defocus.
The totals depends mainly on how the dredged material would be disposed of, and who is doing the estimating.
The distribution of biogenic oozes depends mainly on the supply of skeletal material, dissolution of the skeletons, and dilution by other sediment types, such as turbidites or clays.
