Sentence examples for splitting functions from inspiring English sources

The analysis of bisector splitting functions (BSF) of the 5233 Ǻ line averaged over 12 solar flares of different classes, from C5 to X1.4, reveals two distinct peaks, around Δλ = 80 110 mǺ and 170 200 mǺ.

Secondary data (such as body wave travel times, phase velocity of surface waves, and splitting functions of free oscillation modes) are frequently extracted from the waveforms and are inverted (e.g., Ritsema et al., 1999; Masters et al., 2000; Grand, 2002; Montelli et al., 2004).

"A small percentage of them survive, either by splitting functions or evolving new ones," said study coauthor Victor A. Albert, an evolutionary biologist at the University at Buffalo, part of the State University of New York.

For marker D11S1780 at the peak of linkage and adjacent markers, binary decisions and splitting functions at all parts of the trees were based on UTM northing/easting locations rather than religious group (Figure S3b).

In the CART analysis, none of the binary decisions and splitting functions at any part of the trees for markers across the broad region of linkage was based on religious group.

Also, the monotonicity of AUSM-type methods is achieved by modifying the pressure splitting function directly based on the governing equations and the detection of sonic transition point with respect to a cell-interface.

Thereafter, the splitting function on the right hand side of the tree (west of UTM easting 323,564 m) is based on religious group, with 14 Hindu families contributing a total LOD score 1.75 (P = 0.002).

For the adjacent marker D6S1617 (Figure 4b) the ultimate splitting function on the right hand side of the regression tree was based on the UTM northing 2,887,905 m rather than religious group.

Thereafter, the splitting function on the right hand side of the tree (east of UTM easting 321,253 m) is based on religious group, with 16 Hindu families contributing a total LOD score 2.133 (nominal P = 0.0009).

Following the primary binary decision down the left hand side of the tree (east of UTM easting 323,564 m) reveals a second cluster of 12 families living west of the UTM easting 339,381 m that also contribute a total LOD score 0.634 (nominal P = 0.04) for which there is no further splitting function based on religious group.

Instead, for markers DXS6799 and DXS8020 (Figure S2) used in the primary scan (see Table 4), the primary binary decision and splitting function clustered families east of the UTM easting 322,321 m, with 16 families living west of this split contributing to LOD scores of 1.14 and 1.15, respectively.