Sentence examples for cluster findings from inspiring English sources

No attempts were made to cluster findings on any other type of information.

Rykoff moved to SLAC in 2012, where he works on galaxy cluster finding and other studies for the Dark Energy Survey and the upcoming Large Synoptic Survey Telescope.

We present a detailed spectroscopic study of this open cluster, finding an age of 40 Myr and a sequence of evolved stars.

Focusing on the Time Projection Chamber we present two pattern recognition methods under investigation: the sequential approach (cluster finding, track follower) and the iterative approach (Hough Transform, cluster assignment, re-fitting).

Only the pixels selected by the cluster finding algorithm were used to evaluate the depth of interaction.

Advances in cluster finding techniques, combined with large mock galaxy catalogs that match the relation between galaxy luminosity,color, and environment, now make this possible with optical data.

For each data set belonging to the same scintillation event, as clustered in the previous step, an iterative region growing algorithm (here called cluster finding) was used to select the pixels to use in the elaboration.

We show how these mock catalogs can be used to calibrate cluster finding techniques and make direct predictions in observational space -- and how a combination of mass measurements and clustering statistics can be used to constrain the cluster mass scale and put constraints both on cosmology and on the relation between galaxies and dark matter halos.

Even if part of the events that include a double interaction in the scintillator is rejected by the cluster finding algorithm, the discrimination does not work if the path between the two scintillations is too short; thus a fraction of these events contributes to the obtained distribution.

The remaining dark count events that were greater than the validation threshold and that triggered the channel readout independently from a scintillation event were discarded in the post processing by the cluster finding algorithm and by the rule that more than three SiPMs had to belong to each of the accepted events.

Now, as astronomers will report in Monthly Notices of the Royal Astronomical Society, they have simulated the evolution of this star cluster, finding that a stellar heavyweight can arise when two massive stars born orbiting each other merge into a single behemoth due to the frequent juggling of other stars in such a dense environment.