Sentence examples for particle transit from inspiring English sources
In order to minimize decay losses of short-lived radioactive species at ISOL based RIB facilities, effusive-flow particle transit times between target and ion source must be as short as practically achievable.
This result could either be because there is some low level of antibody binding to the viral Fc receptor or because gE is required to retain APP-containing membranes during viral particle transit to the surface.
Our approach to the sensitive light-scattering detection of nanoparticles is inspired by strategies for single-molecule fluorescence detection in a sheathed flow, that is, a reduced probe volume for background reduction, an extended particle transit time for increased photon generation, and photon burst detection.
Any dispersion in the backscattered field phase or amplitude during the particle transit time (~w0/v) will lead to additional decorrelation that is not accounted for in Model 1. Hence the above models are oversimplified and may not adequately represent RBC dynamics.
The Barrel Time-of-Flight detector (Barrel TOF), located between the DIRC detector and the electromagnetic calorimeter (EMC), which is built in the P̄ANDA target spectrometer, has been designed to measure the time at which a charged particle transits the detector with a resolution superior to the other sub-detectors of P̄ANDA.
Each particle transits its state based on the predicted position of the target in the current frame.
The LDL particle transits along the endosomal network to the LE/LY, where it is hydrolyzed by acid lipase.
Gag cleavage triggers a structural rearrangement termed maturation, during which the immature particle transits to a mature virion characterized by an electron-dense, conical core.
Only part of the particles transit between different PEs simultaneously; therefore, the communication cost overhead of our method is much considerably.
These particles transit to the centrosome via the motor protein dynein [ 12].
Detection at the nanopores is accomplished by resistive-pulse sensing, in which changes in conductivity are detected when particles transit an electrically biased nanopore.
