Sentence examples for practically verify from inspiring English sources

To practically verify the performance of the analyzer, we tested the flight model at the particle instruments calibration facilities in ISAS.

The feedback factor indicates the evidence's practically verified usefulness.

This model has been practically verified in the process of friction welding of corundum ceramic of 97.5% Al2O3 content and aluminium alloy 6061-T6 as well as in the same ceramic and electrolytic copper of 99.9% Cu content.

The concept of exploiting such valves as actual controllers of the plasma process replacing the ignitrons spark switch valves used up to now has been practically verified in the technology of TiN layers manufactured by impulse plasma deposition (IPD) method.

The idea has been practically verified using the Taylor-Galerkin method combined with an artificial viscosity term proposed by Hughes and Johnson, in context ofh-adaptive linear finite elements.

In the previous report, it was speculated that CHA might be biosynthesized from l-alanine, anthranilic acid, and d-tryptophan (Jiao et al. 2007), and the biosynthetic proposal has been practically verified by the biomimetic synthesis method (Xu et al. 2015).

Trainings included basic GCP training, training on the protocol and SOPs, and practically verified training on procedures.

Further, the separation of low solids streams to a solid and liquid fraction for improved reactor application was shown to improve the process economy and deserves to be practically verified.

This is practically helpful to verify the limitations and devise land management strategies.

From the analysis of data presented in Table 1 the following aspects can be observed: ▪ the HLB balance increases with the hydrophilicity (the polyethoxylation degree of nonylphenol) of the β-substituted propionitriles; ▪ their solubility evaluated by the value of the %EO/N ratio [40, 41] and verified practically by determining the water number (Karabinos method) is high.

To verify our hypothesis practically, scanning electron (SEM, Hitachi) and high-resolution transmission electron (TEM, JEOL JEM-2010F) microscopes were used at accelerating voltage of between 15 200 kV for observation of dispersant coating quality on the surface structure of the individual nanoparticles.