The electrode impedance reduced in a similar manner with increasing number of cycle irrespective of the electrode size.
The yield per μA p+ of 75Rb (t1/2∼19 s) was observed to increase in a nonlinear manner with increasing proton current on target.
PP1084 chaperone activity reached the highest level at 30 kGy of gamma irradiation, and then, decreased in a dose-dependent manner with increasing gamma irradiation.
It has specified that the failure mechanism was transformed from brittle manner to ductile manner with increasing the temperature, which was characterized by the variation of intra- and inter-laminar cracks as well.
The theoretical results show that the effect of pore size on sintering is contained only in the sintering rate constant and that the rate constant decreases in an exponential manner with increasing pore size.
Growth, protein retention, nitrogen and energy utilisation efficiency increased quadratically, body dry matter, fat, nitrogen and energy content increased in a linear or quadratic manner with increasing dietary Na/K ratio.
Measurements of the radii of the plasticity zones from TEM images indicate that the core and the surrounding low dislocation density zone did not evolve in a self-similar manner with increasing load.
This test is based upon a soil sample positioned between two parallel plates, where the upper plate rotates in an oscillatory manner with increasing stress or strain amplitude, and the lower plate is fixed.
For PPOFCB, F/C increases with decreasing W/Fm (where W is the plasma power and Fm is the mass flow rate) and, in a less sensitive manner, with increasing pressure.
Reversibility is readily detected via use of this designer waveform by noting a constant peak height (Ip ωt)) for all eight frequencies, whereas Ip ωt) values decrease in a characteristic manner with increasing frequency for a quasi-reversible process or when uncompensated resistance is present, as demonstrated experimentally and theoretically.
It is shown that there are three regions of behaviour: (i) an initial region in which the crosslinks are soluble in the crystal to a certain limiting composition; (ii) a region in which the lamellar thickness decreases in a continuous manner with increasing crosslink density; and (iii) a region where the lamellar thickness is virtually independent of crosslink density.
