Considering the jet as representative of one spinning row, we choose the nozzle position to be ( H, R, 0 ) with respective height H R is here the disk radius.
Open image in new window Fig. 3 AFM NanoscopeIII image of surface morphology of PEG5000-b-PS10000/PEG5000 intermediate single-co-crystal at T c = 32 °C (a); respective height profile (b); ED pattern of TEM (c). Figure 4 depicts the surface morphology of PEG5000-b-PMMA8700/PEG5000 random single-co-crystal at T c = 23 °C.
Finally, problems in predicting the development of height:diameter ratios can arise from the form of the respective height and increment models, especially if there is a direct link between height growth and diameter growth models.
The sharing of resources within multi-specific stands also depends on the respective height reached by the component species (Sinoquet and Caldwell 1995; Schwinning and Weiner 1998; Louarn et al. 2010; Barillot et al. 2011, 2012).
The values of the preferred orientation parameter, αhkl, can be extracted from the respective peak height ratios.
The values of the preferred orientation as well as normalized piezoelectric response are presented in Figure 2. The values of the preferred orientation parameter, αhkl, are extracted through the respective peak height ratios of (100), (110), and (111) obtained from X-ray diffraction analysis.
Thus, if Simmias is taller than Socrates, this is to be explained by their respective heights, which fall under the category of quantity.
In each iteration step, the mass elements are adjusted through their respective heights as long as the co-located geoid heigh difference exceeds a pre-set threshold (i.e., preference is given to the larger differences).
Indeed, non-reductive realists can add that the logical incompleteness of predicates such as 'taller' (and its correlative, 'shorter') calls our attention to precisely what makes these situations distinct namely, the sui generis accidents that are possessed by Simmias and Socrates in addition to their respective heights.
Researchers at the University of California, Berkeley, turned two Wii-mote video game controllers into a device that helps children visualise equivalence ratios – for instance, understanding how if one plant grows twice as fast as another, the difference between their respective heights will become larger over time.
In particular, the time it takes for a passenger to access the vehicle depends on the respective heights of the vehicle step and the platform, the degree of crowding on each of them, and possibly the need to check tickets inside the vehicle just after boarding, which generates delays.
