The experimental results showed that the fracture load in the latter cases was larger by about 1000 N, and cracks in the oxide layer were clearly observed in the former cases but not in the latter cases.
Moreover, the magnetic field inclination I is lower in Tucumán, at I = 27°, than in Taiwan, at I = 35°, even though the distance from the geomagnetic equator is slightly larger by about 200 km for Tucumán than for Taiwan; Tucumán is affected by the South Atlantic magnetic anomaly.
The steeper V p gradient anomaly of the uppermost core corresponds to a radial variation in the pressure derivative of the bulk modulus, K ′=d K/d P. The K ′ value is 3.7, which is larger by about 0.2 than that of the deeper core.
Incidentally, the same amount of difference (∼5.5 MB) exists between the genome sizes of the sequenced A.II strain and the two A.I strains (Table 1), while the sequenced strain of the novicida subspecies, which are non-pathogenic in humans, has a genome that is larger by about 11.5 MB than the largest genome among the pathogenic F. tularensis strains.
The peak amplitude was most noticeably different between uniform and nonuniform distribution in some dendritic terminals receiving no synaptic input on the soma side (data not shown): it was larger by about 18% in the uniform than in the nonuniform distribution.
However, it appears that these emissions are larger by about 20 Gg than those estimated from industrial sources.
In Qilian Mountain, where forests are sparse, the new product is lower than field measurements by about 38%, while the MODIS product is larger by about 65%.
The measured helium concentrations and the derived cross-sections are larger by about a factor of two, however, than those calculated using the LAHET code which was optimized for prediction of neutron/proton ratios in the target tungsten source rods of the APT test.
The median positive peak current in severe storms was larger by about 25%.
