Additionally, both mapping methods show the same median CRRF scatter (and distribution) inside the LPZ (0.56 mm), and although small, it is more than 4 times the scatter seen in the unlesioned retina (0.12 mm).
Simultaneously, this effect is connected with more complex processes of electron scattering and charge distribution in the surface layers.
The properties examined in the bulk, the low molecular weight (LMW) and the colloidal fraction (HMW) were UV visible absorption, 3-D fluorescence excitation emission matrix (EEM) spectrum, inorganic and organic carbon, mean size (by dynamic light scattering), and size distribution by flow field-flow fractionation analysis (FlFFF).
It is shown that the influence of the spherical inclusion on the thermal wave scattering and temperature distributions in functionally graded materials are related to the depth of buried spherical inclusion, the nonhomogeneous parameters and the thermal relaxation time.
In this paper, based on the law of non-Fourier heat conduction, using the wave function expansion method, the thermal wave scattering and temperature distributions of semi-infinite functionally graded materials containing a spherical inclusion were presented.
We opted to choose this water-filled torso phantom with cardiac insert in order to provide a more realistic geometrical setup for scatter and tracer distribution, rather than the standard NEMA phantom used during standardized performance testing of the system.
Data were evaluated with Statistica (StatSoft, Tulsa, OK), through scatter and frequency distribution plots and K-means cluster analysis with parameters set to maximize initial between-cluster distances.
Scatter and frequency distribution plots showed that the population of boutons was continuous, covering a wide range of sizes (Fig. 2C).
We considered that, if there was no effect of SAS on the subject's voluntary action, onset latency of EMG activity and movement signal would have a scattered and even distribution around SAS. However if SAS had an effect, we expected that ASc trials would gather as a cluster, separated by a relative gap from all ASb and ASl trials.
The size of the ternary complexes was monitored using dynamic light scattering and the size distribution of the complex's populations was determined by size distribution processor analysis.
