All setup solutions are added in this way.
Among their general setup, a solution operator for nonlinear p-Laplacian systems was introduced in the pioneering works of Manásevich and Mawhin [19, 20].
After 60 min of recording, apples were removed from the setup, appropriate solution under the apple skin was injected (what took about 30 s), and apples were placed in the setup again for another 600 min.
In a FIA setup, carrier solution replaces the gradient HPLC system, thereby allowing the direct injection of compounds and the optimization of on-line assay conditions before final on-line coupling to HPLC.
In the zero-baseline setup, kinematic solutions can be calculated efficiently from L1 observations alone because the ionospheric delay and any other geometric-dependent errors are completely removed by taking differential measurements.
The setup problem solutions can be applied to discovering the most seismically hazardous zones in the earth's crust, interpretation of geophysical data about geological rock structures and the analysis of the causes of dynamic delamination of layered composite and nanomaterials.
Microjet nitrogen RIXS spectra were recorded at BESSY II[ 14, 30] by using the same setup and solutions as for the NEXAFS.
This paper presents a unified three-stage approach (TSA), comprising preprocessing, setup, and iterative solution stages, for solving several variations of the resource constrained shortest-path problem (RCSP).
This computational setup forces the solution segments to move along (W^{s}(c^{s}_{varepsilon })) before converging to the slow trajectory (c^{s}_{varepsilon }) (in the direction of increasing z).
In addition, Table 1 shows the WRMS post-fit residuals of the delay observables as well as the (chi ^2) values as mean values per solution setup over the 2700 VLBI sessions.
