Specializations are simulated equivalently, but for low values of T P. Different motif lengths are generated to simulate the extension operation.
A verification system was established in which the DHSS is equivalently simulated by a valve-controlled cooling loop while the SFMPFL is physically represented.
In the present research, the influence of the adhesive thickness on the cohesive properties and the overall strength of metallic adhesive bonding structures are investigated, with the cohesive zone model employed to equivalently simulate the adhesive layers with various thicknesses.
In the present research, the influence of the bondline thickness on the damage and stress evolution of metallic adhesive bonding structures are investigated, with the cohesive interface model employed to equivalently simulate the bondline with various thicknesses.
A general model capable of simulating the operation of a polymer-based, solvent-activated, symmetrical three-layer (ABA), or equivalently two-layer (AB with the B surface blocked), matrix-controlled release (MCR) device, is presented and used for a parametric investigation of predicted release kinetics covering a much wider range of conditions than previously studied.
The three forms of constraint that we simulated all avoid reversed sexual dichromatism by preventing male scores being lower than females' (or, equivalently, preventing female scores being higher than males'; Table 1, step 2), and generate correlated evolution between the sexes by approaching the male and female conspecific scores in each lineage (Table 1, step 3).
For all the proteins that we simulated, the mean square hydrophobicity < h> is a decreasing function of the G+C content (or, equivalently, an increasing function of the A+T content), causing the normalized energy gap to increase and the unfolding free energy per residue to decrease for increasing GC.
It should be noted that although we simulated data based only on the two-way interactions, stratified analyses were performed adjusting for all interactions (or, equivalently, all strata), rather than only the two-way interactions.
Equivalently, x t) = e− kt + c).
Considering a human upper airway model, or equivalently complex internal flow conduits, the transport and deposition of nano-particles in the 1 150 nm diameter range are simulated and analyzed for cyclic and steady flow conditions.
This relationship holds equivalently for both new and old responses.
