Thus, for a late image in the dynamic series with low 11C-background activity, similar RCs should be expected for spheres of the same size but with a tendency: RCair ≤ RCsilicone ≤ RC11C-silicone.
Typical temporal correlation functions G(2) are presented in Fig. 1(c), they are obtained with and without a single 3 µm diameter sphere for the same A488 solution.
"A sphere has 18percentt less wall area for the same floor area," he explained, which reduces the amount of solar heat that must be removed by air conditioning.
Note that this method is complimentary to the gradient-based method, since it is not calculating the contact angle actually observed in the model, but rather, it calculates the equivalent contact angle for a sphere of the same radius of curvature and location.
We can however calculate the optical forces for a simple silica sphere of the same dimensions as the precursors used for the Janus particles, based on a formulism derived previously.
Research designed to improve GBM culture conditions has shown that GSCs can be readily cultured as spheres, utilizing the same conditions as for normal neural stem cells (Hemmati et al., 2003, Ignatova et al., 2002, Singh et al., 2003).
Interestingly, results were better for small cylindrical objects (B1 and B2 bottles, 8.5 ml volume, errors <15%)) than for the spheres having approximately the same volumes (S4 sphere, 8 ml volume, error ~40%).
The giant spheres have the same erotic overtones that characterizes many of Mr. Nivola's sculptures.
All spheres are the same size.
All spheres contained the same activity concentration, but limited spatial resolution and spill-out lead to monotonically lower RC (lower measured activity concentration) for smaller spheres.
