The effect of degree of sulfonation and triazole concentration on size, shape and dispersibility (crystal morphology) of triazole crystals in sulfonated polyetherimide were examined and correlated with proton conduction.
Furthermore, a clear effect of the salt concentration on the cell shape and size was found.
The influence of the annealing temperature, PCR cycle number, and DNA template concentration on melting curve shape and T m was investigated.
Performing VSM experiments with different degrees between the sample and the magnetic field, differences up to 9% were identified for the MS indicating a dependence of magnetic parameters on the concentration and shape of particles and aggregates.
The effects of the reactant concentration on the size and shapes of the ZnO samples were studied, and the results indicated that the ZnO preferential growth difference between [001] and other directions would decrease with increasing the reaction concentration.
In particular, we determine the responses to pure shear loading in the presence of a magnetic field, both of which are aligned with the geometric axes of the fibers, and examine the roles of the deformation, concentration, particle shape, and distribution on the magnetostriction, actuation stress, and the magnetically induced stiffness of the composite.
The percolation phenomena in films with MWCNTs are extensively investigated in the literature, related to film composition and thickness, temperature, nanotubes concentration and shape, and so on.
Results indicate that electrochemical and rheological properties of slurries depend on their concentration, shape and size of the carbon particles used in the slurries.
The results help elucidate the effects of particle shape, distribution, and concentration on properties such as the magnetostriction, actuation stress, magnetic modulus, and magnetization behavior of a magnetorheological composite.
Effect of product parameters (particle size, shape, density and concentration) on overall (U) and fluid-to-particle (hfp) heat transfer coefficients during reciprocating agitation thermal processing of canned particulate non-Newtonian fluid (1% CMC) mixtures were evaluated at various reciprocation frequencies using two full-factorial (3 × 3 × 3) experimental designs.
