In a collaboration organized by AAAS (publisher of Science), U.K. scientists, working with colleagues at North Korea's Earthquake Administration and other organizations, in 2013 stationed six broadband seismometers in an array extending east from Paektu.
The yolk cytoplasmic layer (YCL) microtubule array extends from these astral-like arrays of the vegetal YSN.
In higher eukaryotes the telomeric repeat array extends several kilobases from the chromosome ends [ 24, 25], whereas in protozoans and fungi it is much shorter, averaging 130 350 bp.
In the case of the SPBc integrase the region deleted 171 bp in the attP array extending as far as the φ370.1 attP site raising the possibility of a lack of specificity in attP site recognition by the integrase.
To maintain high spatial resolution at short ranges (≤2 m), we displaced the target outward to 0.4 m from the array and rearranged the hydrophones, resulting in an array extending out to 0.5 m with hydrophones separated by 5, 5, 5, 15, and 25 cm along the vertical and horizontal axes, and by 7.1, 7.1, 14.1, and 21.2 cm along the diagonal axes.
The alternative layers matched the phase of reflected light, and the void cylinder arrays extended the high absorption range.
To increase the sensitivity and reject natural earth tremors, seismometers are often used in large arrays extending for hundreds of miles.
The QD-coated TiO2 nanorod arrays extend the light absorption range from the UV into the visible region yielding increased solar-to-hydrogen efficiencies.
Such architectures are seen by optical metallography, and scanning and transmission electron microscopy, to consist generally of equiaxed precipitate dislocation cell-like arrays (1 3 μm) in the horizontal reference plane perpendicular to the build direction with elongated or columnar-like arrays extending from ∼12 to >60 μm in length and corresponding spatial dimensions of 1 3 μm.
At the reference frequency, the difference co-array extends from - (2 M -1) Nd0 to (2 M -1) Nd0, and it has a total of (M -1) (N -1) holes, which means that the number of unique lags at each frequency is equal to (3MN + M - N), and the highest number of possible unique positive lags is (3MN + M - N -1)/2.
