The dependence of the electronic subband energy on the sample parameters of the hollow nanosphere is examined.
A curvature model for a discrete curve as a composition of a series of sequential discrete points can be computed as kappa_{s}(s)=operatorname{sgn}frac{Vert alpha(s -2alpha s-varepsilon)+alpha (s -2alpha s-varepsilonareps -2alpha s-varepsilon the sampling parameter on underlying continuous curve to determine the sequential discrete points.
The proof of Lemma 1 in the Results section reveals another explanation: as we are working on sampled data to fit statistical models, we should also agree to work on sampled parameters to criticize the model.
PCA plots were used to visualize the impact of different sample handling parameters on omics signals as reflected in the variation of the different principal components.
The selection of specific sampling parameters was justified on the basis of simultaneous measurements of the cortical morphology which demonstrate its influence on the appearance of the cortical layers.
alpinum, Gaudeul et al. 2000; T. europaeus, Despres et al. 2002; E. fleischeri, Kuss et al. 2008) while others found no correlation (Hypericum nummularium L., Gaudeul 2006; G. reptans, Kuss et al. 2008; C. thyrsoides, Kuss et al. 2008; Ægisdóttir et al. 2009), depending on the sampling parameters used (i.e. sample size, breeding system, marker system; Nybom 2004).
A Latin Hypercube Sampling method was chosen for sampling parameter space based on a comparison of sampling techniques, and sensitivity analysis reported earlier.
The aim of our paper is to explore the relative impact of these parameters on sample size computation and to identify the most relevant to be used during study design for reliable power determination for Rasch models.
Using the sample with 60 min radial overgrowth, we measured the 2H and 4H unit cell parameters on the sample with the largest volume of pure 2H.
Thus, the best fit can be considered as an estimation of these parameters on the sample.
