Sentence examples for incomplete elimination from inspiring English sources

This amorphous sulfated zirconia has hydroxyl groups bond to Zr which was undergo incomplete elimination during calcination process.

The incomplete elimination of fecal coliforms can be explained by their known high heat tolerance (D50 of 45 min at 60°C) (Padhye and Doyle 1992).

Furthermore, it is shown by solid state 2H wideline NMR spectroscopy that incomplete elimination results in an enhanced polymer backbone chain mobility.

The promotion of maritime drawing education as a result, the incomplete elimination, supported with computer software, which provides great opportunities for the supply part during fault in the ship along with improving the education provided in schools, therefore, has been found to reduce costs.

The uroepithelial cell layer underlying the umbrella cells can also be subject to invading bacteria, possibly upon the incomplete elimination of type 1 piliated E. coli during exfoliation of the superficial, highly differentiated umbrella cells [8].

There are technical explanations for this, such as the incomplete elimination of the protein and the fact that hybridization-derived profiling data are less sensitive to variation with respect to qRT-PCR, suggesting that many additional genes were indeed missed.

To compare the two approaches, the finite-element system is reduced to a boundary-value system using incomplete Gauss Jordan elimination, and the coefficient matrices are used to construct an effective matrix determining the difference between the boundary- and the finite-element solutions.

After elimination of the incomplete or unsuitable methods, the remaining methods are TRACI and ReCiPe endpoint, so these were chosen for application to the inventory.

The patients in general prefer touch screen and further advantages are less need for staff assistance, no errors related to processing of paper versions, and elimination of missing and/or incomplete data.

A risk-benefit analysis of the use of primaquine as a mass drug treatment, based on the prevalence of G6PD deficiency in the Greater Mekong Subregion, remains incomplete and is thus a priority for elimination efforts.

Our incomplete understanding of the developmental maturation of drug elimination mechanisms poses a serious challenge to paediatric dosage regimen design and toxicological risk assessment.