Exact(1)
At low and mid-latitudes, most intense contributions from the ionosphere are produced by the currents flowing in the E region during daytime, i.e. the solar quiet current and the eastward equatorial electrojet.
Similar(59)
At the poles the most intense ionospheric contributions are given by the auroral electrojets and by the field-aligned currents (FAC).
Although the tangential field is in general nearly parallel to the u r isolines (Ferraro's law; see Aubert 2005), small deviations from this field-flow alignment suffice to produce intense St r contributions at the edges of a descending flow structure where the tangential field is strong.
The rates come down, and after a few years of campaign contributions, intense lobbying, and independent expenditures, the loopholes come back.
The results suggest that transition may be more effective than the fully developed turbulent boundary layer in forcing structural excitation at low Mach numbers, and it may have a more intense radiated noise contribution.
"The Legion d'honneur is a recognition of the intense and tireless contribution to the work you have done over the years spent at the head of UNICEF to fight discrimination against children and advocate for the recognition of their rights," said Mr. Joyandet.
While the genetics of SLE is a topic of intense interest, the potential contributions of genetic instability and somatic mutations in SLE have received far less attention [ 19], in large part due to the difficulties associated with clearly identifying altered cell lineages and applying techniques that are suitable for analysis [ 20– 20].
Ms. Marin offered the more telling contribution, austere, intense, emotionally gripping.
There has therefore been intense effort to understand the contribution of genotype to the expression of disease in terms of both basic pathogenesis and clinical characteristics.
Note that the d x – y orbital contribution appears less intense in the respective conductance map (state 9 in 2), because the overlap between tip and sample wave functions is weak due to incompatible orbital symmetries.
These finding may contribute to the intense efforts currently underway to understand how these genes make their contributions to the development of T2D.
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