For detailed calculation of the proposed system, a method has been developed, which employs analytical functions describing the thermodynamic properties of methanol.
The parameter values used here are γ = 20 ms, a = 16.8 and tref = 1 ms. The neuron stops firing when the input frequency reaches the critical value F* = 41 Hz (see Appendix S1, Eq. 4 for detailed calculation).
With adjustment for the effect of the ∼6% annual decline in the incidence of gastric atrophy, the reduction in the incidence of gastric atrophy in our study population was 61.1% (95% CI 18.5% to 81.5%; see online appendix table 1 for detailed calculation).
We employ advanced wavelet based methods to calculate length scales of flow structures, which are then used for detailed calculations of mass transfer coefficients using the small eddy formalism.
When Veltman met 't Hooft, who was one of his students at the University of Utrecht, the fundamental theory of particle physics, termed the standard model, was incomplete in that it failed to provide for detailed calculations of physical quantities.
'T Hooft was a student of Veltman's at the University of Utrecht, and at that time the fundamental theory of particle physics, known as the standard model, did not provide for detailed calculations of physical quantities.
An estimation of the diffusion length for this system shows that these AIFs cannot be a metastable phase, as the high temperature used for annealing provides more than enough kinetic driving force for equilibrium chemical distributions to form within the nanocrystalline grain structure (see Supplementary Note 1 for detailed calculations).
For detailed calculations, it is necessary to account for changes in properties due to size effects, microstructure, crystallographic anisotropy, and processing conditions.
In this case, before the application of the LOSS method, the number of available accidents should be adjusted by considering the relative proportion of FI accidents to the total number (locally derived values or, alternatively, HSM default values), see 3.1.B for detailed calculations.
Combining this observation with eq. (12) and the membrane balance equation (eq. (1)), we obtain that [CQ]DV,D = [CQ]e, [CQ+]DV,D = [CQ+]e and [CQ++]DV,D = [CQ++]e, i.e. both the chloroquine diffusive flux through the vacuolar membrane and through PfCRT (eq (12)) are zero (for detailed calculations see Text S1, section S6).
See Additional file 5 for detailed calculations and results.
