The gliadins are generally monomeric proteins, divided into three groups, α/β-, γ- and ω-gliadins, based on their electrophoretic mobilities at low pH [ 2].
Slow arm elevations (<30°/s) are advantageous for joint mobility gain at low mechanical solicitation, whereas the intensity at 90°/s is high enough to stimulate muscular endurance improvements.
Because adding Mn2+ ions makes the branched chains of polymer molecules crinkle and decreases the viscosity of polymer solutions, different polymer concentrations were studied to avoid loss of mobility control at low polymer concentrations.
The results reveal a strong driving pressure dependency of the mobility at relatively low temperatures and suggest that the driving pressure should be as low as possible but large enough to trigger continuous migration.
In order to increase the adatoms mobility at the low growth temperature, the substrate was biased up to − 120 V in order to increase the kinetic energy of the incoming ions.
A hybrid mobility matrix is therefore proposed: at high frequencies it is diagonal, consisting of measured point mobilities, and at low frequencies the entire matrix is calculated using a simple rigid mass-stiffness model.
