Sentence examples for coincident detection of from inspiring English sources

Using ultracold neutrons at the Los Alamos Neutron Science Center, we have demonstrated the coincident detection of β particles and recoil protons from neutron β decay.

In principle, TCRs relay information to intracellular signaling motifs of the associated CD3 subunits, while CD4 recruits the kinase Lck to those motifs upon coincident detection of pMHCII.

Using coincident detection of Compton scattering and photoelectric absorption in an array of 217 detector cells, the modulation in scattering angles can be determined.

The design, simulation, and construction of an electron impact spectrometer for coincident detection of both outgoing electrons in an electron impact ionization, (e,2e) experiment, is described.

The coincident detection of gene activities combined with efficient, permanent DNA-modification makes our approach a useful extension of existing DNA recombinase based methods.

We speculate that the convergence of environmental and clock-derived signals may produce a coincident detection of light, synergistic responses to it, and thus more accurate and more efficient re-setting properties.

However fiber quality traits being considered as heritable and GxE usually moderate [ 5], we have chosen to place emphasis on a comparative mapping approach, i.e. on the coincident detection on some chromosomal regions of QTLs in several year-site combinations.

Coincident detections of a metabolite in the same pathway, and correlation on the PC1 axis lend some support.

Once the study is completed, the coincident detections of the γ-rays are reconstructed into a set of time frames that measure the distribution of the radioligand during the acquisition.

Kinematically-coincident detection of scattered ions by CHICO2 still maintains the mass resolution (ΔM/M) of ~5% that enhanced isolation of scattered weak beams of interest from scattered contaminant beams.

It is this pair of coincident high-energy photons that underlies the PET principle allowing in vivo quantitative three-dimensional (3D) imaging through coincident detection using a gantry of multiple detectors around the patient (Fig. 2).