Sentence examples for sphere count from inspiring English sources

When that formula has been correctly entered and 1 is in On_0_Off_1 in cell A2, the spheres will be contiguous but when a 0 has been entered in On_0_Off_1 in cell A2, there will appear pairs of spheres, and there will be 1's in column A from A8 A47, then 0's from A48 A87, and so on, in sets which adjust for sphere count as I recall.

To an unusual degree, Marías manages to inhabit not only the popular but also the literary sphere, counting J. M. Coetzee, Salman Rushdie, and the late W. G. Sebald among his admirers.

As only 8% of the total volume of the six biopsies selected for microscopic studies were in fact investigated in microscope, it is not surprising that the activity concentration differed with 28% comparing sphere counting in microscope with detector measurements on the same six biopsies.

For cancer sphere counting, total number of spheres per 20 fields was counted under a 10× phase contrast microscope.

After training, the network was tested with the Bonner spheres count rates produced by folding a set of neutron spectra with the response matrix.

One self-renewal was scored when the numbers of 100 µm diameter floating spheres counted under phase contrast microscopy were at least two-fold more abundant than in the previous passage.

For the single cell sphere assay, single cells from the primary tumorspheres (1 cell/200 μl/well) were plated out in 96-well ultra-low attachment plates (Costar, Austin TX, USA) and spheres counted at 10 to 14 days.

An artificial neural network has been designed to obtain neutron spectra from Bonner spheres spectrometer count rates.

Briefly, virtual spherical probes were placed within a 40-µm thick section and the intersection of TH+ fibers with the sphere were counted.

The number of secondary spheres arising from a single primary sphere was counted after one week in culture.

We implemented two approaches in MATLAB (using polymake as a preprocessing step) for approximating the volume of a spherical polytope P. One approach is trivial: it simply samples uniformly from the sphere, and counts how many points are inside P.