One-half of a picotitre plate was used to generate sequence data from each sample, resulting in over 600,000 reads per sample (Supplementary Table S1).
A good reproducibility was found when using a second sample, resulting in −97 kJ/mol.
Thus, a longer pulse duration promotes the heating and melting of the sample, resulting in a greater mass ablated.
Interestingly, Ba and Co dual-doped samples keep high Seebeck coefficient values as compared to Ba single doped sample, resulting in high power factor.
For the treated sample, however, the injection flow rate is constantly lower than that of the untreated sample, resulting in a lower overall water saturation at breakthrough.
Macroscopic {10¯12} extension twins forming massively during early stages of deformation completely consumed the whole sample, resulting in new soft orientations for slip.
The data best fit a negative binomial distribution, most likely owing to the large number of zeros (zeros indicate that a grass genus is absent from a sample), resulting in a strong mean-variance relationship in the data (Supplementary Fig. 8).
For each pulse of source neutrons, the slowed down neutron population causes thermal fission in the fissile material of the sample, resulting in the emission of fast neutrons from the sample.
In this paper we use tools of statistical learning in order to design a more accurate prediction operator in this framework based on a training sample, resulting in multiresolution decompositions with enhanced sparsity.
These results taken together substantiate the hypothesis that CSLBs impede dislocation absorption into the grain boundary, thereby increasing lattice hardening and internal stress in the sample, resulting in a reduced creep rate.
Twenty-five liscoreds scoreachach test sample, resulting in 100 votes per condition.
