Because the slope of the density profile diverges at the center, other alternative profiles have been proposed, for example, the Einasto profile which has exhibited better agreement with certain dark matter halo simulations.
22.
The contour level controlled using the mouse wheel for easy manipulation-this provides a simple way for the user to get an idea of the 3D electron density profile without the visual clutter of multiple contour levels.
23.
"' MIMOSA "'( Mi cro m easurements o f S atellite A cceleration ) is a Czech scientific microaccelerometer to monitor the atmospheric density profile by sensing the atmospheric drag on the approximated sphere.
24.
The averaged density profile \ epsilon ( \ rho ) of the end monomers of all attached chains, convoluted with the above density profile for one chain, determines the density profile of the brush as a whole:
25.
The averaged density profile \ epsilon ( \ rho ) of the end monomers of all attached chains, convoluted with the above density profile for one chain, determines the density profile of the brush as a whole:
26.
The averaged density profile \ epsilon ( \ rho ) of the end monomers of all attached chains, convoluted with the above density profile for one chain, determines the density profile of the brush as a whole:
27.
Nowadays, a large proportion of Vie's residents, especially in the northern areas, are high-income earners who have built mansions and large estates due to the fairly low-density profile of the area.
28.
Typically one can then use this formula to compare parameterized models of the average density profile in the z-direction with the measured X-ray reflectivity and then vary the parameters until the theoretical profile matches the measurement.
29.
Such a situation is encountered in tethered polymers ( Polymer brush ) exhibiting a vertical phase separation, where F ( y ) stands for the polymer density profile and f ( r ) is related to the spatial distribution of terminal, non-tethered monomers of the polymers.
30.
Since " n " 2 is positive in most materials, the refractive index becomes larger in the areas where the intensity is higher, usually at the centre of a beam, creating a focusing density profile which potentially leads to the collapse of a beam on itself.
