Furthermore, fatigue curves showed a temperature dependence which was successfully implemented into a modified Basquin's power law model.
The electroactivity of 2 on a Pt-plate electrode at various scan rates from 200 10 mV s−1 is shown in Figure 2. A plot of peak current versus scan rate reveals a linear dependence, which suggests that the redox process is no longer diffusion controlled as predicted by the Randles Sevcik equation.
A plot of experimental results of 1/∆ Qversus ( {left {P}_{H_2}right)}^{-1/2} ) in Fig. 6 shows a linear dependence, which is in accordance with the Eq. 13.
For the nonlinear mobility we find a temperature dependence which is opposite to that known for particle transport in periodic potentials.
The contribution of the pile-up stress to the flow stress gives a t−1 dependence, which is in good agreement with the experimental results.
For Newtonian fluid flow in a right circular tube, with a linear Navier slip boundary, we show that a second flow field arises which is different to conventional Poiseuille flow in the sense that the corresponding pressure is quadratic in its dependence on the length along the tube, rather than a linear dependence which applies for conventional Poiseuille flow.
Besides the defect (MM or bulge) type, which is the second contribution in importance to hybridization affinity, there is also a sequence dependence, which extends beyond the defect next-neighbor and which is difficult to quantify.
For the measurement of C-MAD2 substrate turnover the authors varied the TRIP13 concentration and observed a linear dependence, which suggests that the oligomeric state of TRIP13 did not change between 50 and 200 nM.
The upper critical field, B c2, has an angular dependence, which can be described by ( {B}_{c2}left(theta right)={B}_{c2}^{ab}/sqrt{gamma^2{ cos}^2lefthetata right)+{ sin}^2left(theta right)} ), from the anisotropic Ginzburg-Landau theory.
