Reduction of temperature in the near well bore section, could potentially lead to hydrate formation and as a result reduction of well performance.
A tendency to decrease in hole mass upon annealing can be attributed to the reduction of well width and/or decrease in hole density.
The results indicate that a reduction of well spacing from 1400 to 1000 m could already improve NPV by up to 15%.
A comparative study of O2 reduction on well defined iron oxides Fe3O4 and γ-FeOOH is presented.
There existed two reduction peaks over Ni1Co0 catalyst: the first located at about 340 °C belonging to the reduction of well-dispersed NiO species, and the higher peak centered at about 700 °C was attributed to the reduction of bulk NiO species with strong interaction with the γ-Al2O3.
Ordered porous Si@C nanorods as anode materials for high-performance lithium-ion batteries were prepared via two-step approaches, including magnesiothermic reduction of well-ordered hexagonal mesoporous silica (SBA-15) and impregnating of carbon precursor into the mesoporous Si followed by carbonization.
Zwamborn et al. [1] described a reduction of well-being in humans after base station-like exposure in subjects with and without self-reported sensitivity to EMF.
An infusion of LPS was associated with a reduction of well-aerated lung volume and a rapid fall in arterial oxygenation that were both significantly antagonised by inhaled APC.
It is shown by analysis and numerical calculations that such an approach is very effective in terms of asymptotic convergence as well as reduction of errors well below discretization level in a 1 FMG algorithm.
By recalling the concept of liquid loading in the gas wells, the reduction of flowing well head pressure is interpreted due to the left asphaltene solid micelles in the well string.
As we show in this paper, the method can reliably reproduce literature reduction potentials of well-known heme proteins, and we have also previously applied it to other catalytic heme enzymes [ 23, 46, 47].
