Sentence examples for contribution to formation from inspiring English sources

The absolute permeability is a property of the porous medium and a measure of the capacity of the medium to transmit fluids, and thus is always considered as main contribution to formation of thief zones.

Therefore, relative permeability k rw decided by water saturation has more contribution to high mobility in the thief zone than the absolute permeability does, which indicates that uneven water saturation distribution induced by permeability heterogeneity is main contribution to formation of thief zone in mature reservoirs.

While platelet-derived MPs do express CD32a, its contribution to formation of mpICs is quantitatively modest.

The electrostatic contribution to formation of the MBD DNA complex was determined from the net number of ions (cations, m +, and anions, x - ) released 8where kd is the experimentally determined equilibrium dissociation constant, (kd)0 is the value of kd extrapolated to 1 M salt, and m + is the cation concentration.

Furthermore, the competition of leukemic cells with normal hematopoietic cells by the normal marrow niches and their apparent contribution to formation of abnormal inhibitory microenvironments have suggested the exhaustion or migration of normal precursors, resulting in almost total BM replacement by malignant cells [ 22– 22].

Purely C4 radical-molecule reactions were also shown to make significant contributions to formation of octachlorostyrene (C8Cl8 (cy)).

The lysine triad (K110, K111, and K113) makes the largest contributions to formation of the E S complex, and these residues also make important contributions to catalysis (27).

Five mutants within the RNA−protein interface show a significant change in salt dependence, demonstrating that these residues make electrostatic contributions to formation of the E S complex.

Future work will be required to explore whether endogenous myogenic cells are capable of making an in vivo contribution to bone formation in situations of ectopic bone formation and bone repair.

Moreover, chorismate is also the primary substrate for the formation of folate in E. coli, which has an important contribution to biomass formation in the bacteria.

Two additional enzymes, diacylglycerolpyrophosphate phosphatase, encoded by DPP1 and LPP1, may also be involved in DAG formation; however, they serve a regulatory function and their quantitative contribution to TAG formation is unlikely (Henry et al. 2012).