In this study, order-of-one scaling analysis was employed to evaluate the effects of hydrodynamic parameters on asphaltene deposition in wellbore.
In this study, ordered Si nanowire array samples were fabricated by nanosphere lithography and metal-induced catalytic etching, and then, Ni-silicide/Si heterostructured nanowire arrays were obtained by glancing angle Ni deposition and solid state reaction.
34 AML samples used in this study ordered by magnitude of response to tipifarnib + GO (column second from the right).
Table 1 describes the sequences used in this study – ordered according to the standard nomenclature of Muller elements, which correspond to homologous chromosomal arms – and their origin.
In this study, in order to minimize this effect, we selected similar size earthquakes for analysis.
In this study, in order to overcome this obstacle the porous media approximation has been used.
Therefore, a method for solution is proposed in this study in order to improve the situation.
Moreover, eight teachers were included in this study in order to examine the effectiveness of PSLS.
A scavenging model was designed in this study in order to explain the observation results.
At least, 319 observation points were involved in this study in order to determine the areal PGA of study area.
In fact, we applied this technique in this study in order to reduce noise contamination at some of the sites.
