Sentence examples for modes to characterize from inspiring English sources

In this work, we use the PAL method developed in positron trapping and o-Ps-decaying modes to characterize MgO-Al2O3 ceramics sintered at 1100 1400 °C in different stages of water-vapor sorption and drying treatment.

To study the interconnection tendency between protein nodes of the same/different age classes, based on network motifs, we define "evolutionary motif modes" to characterize particular interconnected patterns of proteins of the same/different age classes.

MUVE was used in creep mode to characterize the viscoelastic properties of 3D agarose, collagen, and fibrin hydrogels.

We used the occurrence of a specific mode to characterize participation of each mode in the task.

The standard CRM uses a simple parametric model, such as a one-parameter power model or two-parameter logistic regression mode, to characterize the relationship between dose level and the probability of experiencing a dose limiting toxicity (DLT).

We define a dimensionless parameter, called the local mode mixity, to characterize the proportion of the two modes at the length scale where the processes of fracture occur.

This conclusion applies to all AFM measurements performed in contact and semi-contact mode used to characterize mechanical properties based on the geometry of the contact.

Our method is based on three main steps: network expansion, determination of the cascading effects of node removal, and using the novel concept of elementary signaling mode (ESM) to characterize the network before and after removing a node.

A thermosiphoning mode (TS-mode) is used to characterize this laminar forced convection state, which yields an analytic description of the relation between geometrical parameters and the heat transfer coefficient, including two asymptotes for small and large board-to-plate spacing d, where the Nusselt number (Nu) varies with d as d3 and d−1, respectively.

Specifically, we solve (3) If the biomass derived from solving (3) corresponds with that from (1), we conclude that the given elementary modes are sufficient to characterize the flux distribution of interest, and the given modes are utilized according to the weights w* obtained from the optimal solution of (3).

The cohesive and pullout forces versus displacements data were plotted under normal and shear modes in order to characterize interfacial properties.