Given (epsilon _n^m), we can calculate the synthetic Sq variations in the frequency domain by multiplying the source coefficients with the unit fields begin{aligned} {mathbf {B}}^{text {Sq}} omega _p, mathbf{r}) = sum _{n,m}epsilon _n^m omega _p){mathbf {B}}^{m,text {unit}}_n omega _p, mathbf{r}), end{aligned} (10 where (mathbf{r} = r,vartheta,varphi )).
Several open LCCs were modeled by multiplying the source amplitude by the number of open channels.
This underestimation of µa in depth could be limited by improving the spatial resolution of the image, for example by multiplying the number of sources and detectors or at the algorithm level by using priors or sparsity.
The normalised number of small magnitude events 'N (VEI 2 3) normalised' is then calculated for each source by multiplying the conversion factor (e.g. Indonesia = 1.75) by the number of small magnitude events 'N (VEI 2 3; Table 1).
Then, the reweighting of the production rules of (the RNF of) G d is done by multiplying the weights of productions with source S by s, and the weights of the other productions A → α, where A ≠ S, by the factor c| α |-1.
Magnification was taken into account by multiplying the distance between the X-ray source to the sensor divided by distance between the X-ray source and the X-ray plate.
This number is found by multiplying the monetized impact of U.S. sources by the percent of U.S. emissions attributed to U.S. power plants (41%).
The desired new weights for the considered set of productions R Ĝ sto * are then computed by multiplying the old weights of productions with source S' by s, and by multiplying the old weights of productions A → α, A ≠ S' (and A ∈ I Ĝ sto * ), by c|α|-1.
In cases where spectral variation exceeded the dynamic range of the spectroradiometer and thus a reliable measurement could not be obtained, the irradiance delivered under the background condition was calculated by multiplying the measured output of each light source by the spectral transmission of the filters used in producing the background condition.
This will be done by multiplying the plant proteins of overt gluten sources by a factor of 0.8 [ 29].
The overall magnetic field generated by these brain sources was simulated by multiplying the simulated activation signals with their corresponding leadfields, and white Gaussian noise representing noisy environment processes was added.
