Sentence examples for global configurational from inspiring English sources

The intricacy of this reconfiguration suggests that modeling the global configurational changes based on global 3D folding-symmetry considerations cannot offer sufficient insight into the transitions.

In the next stage, the global detector models the configurational information of the ensemble of fiducial points.

Assuming moderate conformational changes and using grid approximation, the FFT based global and systematic sampling of the configurational space of two interacting proteins using a physics based energy function converts the docking problem into an exactly solvable problem of statistical mechanics (Kozakov et al., 2013).

Furthermore, the study researches the separation of the total dissipation in terms of the change in elastic energy and in terms of the material dissipation by a configurational change obtained from the global energy momentum balance.

Two levels of configurational states are identified: a global N-shaped negative differential resistance, with an embedded S-shaped behavior in a hysteresis loop around the critical voltage the voltage at which the system switches its behavior from conventional electrolysis to glow discharge electrolysis.

In particular, we are interested in formulating the local as well as global measures of the energy dissipation due to configurational changes of a given physical system.

However, habitat configurational fragmentation improves the persistence of global dispersers that are highly sensitive to local crowding, probably by reducing density dependence, but this positive fragmentation effect on local dispersers is overshadowed by the stronger negative border effect on impeding local extension.

In this regard, Bentin et al. [ 46] raise doubts about the assumption that inversion effects in general, and the face inversion effect in particular, exclusively reflect the disruption of configurational processes; rather, they may reflect a deficit in global processing not confined to faces.

We present a method for calculating the configurational-dependent diffusion coefficient of a globular protein as a function of the global folding process.

Having established that configurational changes of the plasticizers had no effect above the melting point of each plasticizer, global nomograms were only required for the citrate- and sebacate-related plasticizers, respectively.

Space syntax approach was used to measure four park pathway configurational characteristics, i.e., average depth to gates, average depth to landmarks, control value, and global integration.