Thus, once the sample was mounted it was possible to know the position of the beam on the sample, and the dimensions of the sample and PDI region with reference to the virtual motors which translated the sample.
No differences were found in the level of agreement neither in the total sample nor stratifying the sample in the dimensions of Parent relationships and Autonomy (baseline ICC = 0.42; follow-up ICC = 0.41) and the KIDSCREEN-10 (baseline ICC = 0.59; follow-up ICC= 0.44).
To resolve this issue, we introduce a simple tweak to the algorithm and demonstrate that better forecasts can be made using fewer samples than the dimensions of the state.
It is suitable for cylindrical samples with the dimensions of 50.8 mm × 25.4 mm.
Flat samples with the dimensions of 5 × 2.2 × 1.5 mm were placed between the two electric magnetic poles, where the external magnetic field (1.0 T) was applied horizontally, parallel to the sample surface, and perpendicular to the incident neutron beam.
The 400-μm-thick, (100) oriented, 1- to 10-Ω-cm, p-type (boron-doped), and double-sided polished Si wafer was first cut into small samples with the dimensions of 1 × 1 cm2 for bare silicon solar cell fabrication.
This suggests that mild penalization is advantageous even for larger samples as the dimensions of the covariance matrices to be estimated increase.
For sampling, each of the dimensions of the weight vectors are drawn independently.
In addition, the sample was grouped concerning the dimensions of social support.
In principle, the piston can be quite long, so a piston-cylinder design can accommodate a much larger volume of sample than the squeezer, depending on the dimensions of the sample-holding cylinder.
