Sentence examples for experimental corroboration from inspiring English sources

Pending of experimental corroboration, some simulations show the possibility of obtaining interesting operating conditions under real gas effects.

This paper presents a detailed analytical model for a channeled disk, specifications for optimal channeled disk design, and experimental corroboration.

Scientific progress, in other words, could now be represented as progress towards the truth, and experimental corroboration could be seen an indicator of verisimilitude.

The concept of limbal stem cells received rigorous experimental corroboration, with new markers uncovered and new treatment options including gene and microRNA therapy tested in experimental systems.

We confirmed that red fox acts as seed disperser for many species and that it might contribute to control rabbit population and its impact on Ziziphus lotus regeneration by interference on seed dispersal, though this needs experimental corroboration.

The analysis was performed in three consecutive stages: (1) testing of silicate properties as affected by individual variables of the process, (2) empirical optimization, (3) experimental corroboration of the optimization.

These findings were then validated by comprehensive comparisons to variants reported in external and internal databases, and by selected experimental corroborations.

Based on verification with experimental data and corroboration with statistical analysis, the modified model performs better than CEB-FIP 90 model, especially with regards to high strength concrete.

These experimental findings, in corroboration with the published tumour suppressive properties of LIMD1, could provide new insights into other HSC lineage derived malignancies.

Its specificity for DAO is not questioned by this failure, given the experimental controls and corroboration of the immunohistochemical data in DPFC by our in situ hybridization findings, but it does require explanation.

Based on the experimental data and theoretical corroboration, we presented an optical method that simultaneously determines strain and chemically-induced charge density for three popular excitation wavelengths of 457, 514 and 633 nm.