Sentence examples for model of phase from inspiring English sources

Physicists have been searching for decades for a simple, mathematical solution to a model of phase transitions.

A large dataset of bulk heterojunction morphologies using a phase-field model of phase separation was first created.

However, it is possible to couple this model of phase inclusions on a 2D surface to another model in the 3D space, potentially on a coarser mesh.

The presented results provide direct support for model of phase segregation which takes place in PEO LiTFSI electrolytes.

To address the fuzzy and binary variables in the model of phase 2, a hybrid cross-entropy method (HCEA) is developed.

A univariate model of phase spectrum is then developed which relies upon a single argument associated with the concept of starting-time of phase evolution.

Using simulation, it was inferred that under a simple model of phasing, pre-phasing and T accumulation, most information is contained in the intensities of the previous, current and next cycle.

Since the phase-locked loop is the most classical feedback control method, we analyze the master synchronization by using the similar model of phase-locked loop at first [12, 13]. Figure 2 is a block diagram of the common PLL scheme with a feedback structure.

Here we study the process of transient and global synchronization using a simple model of phase-coupled oscillators assigned to cortical areas in the cerebral cat cortex.

They are applicable in particular to the modeling of phase transitions as well as mass and heat transport in multiphase, multicomponent solids.

The aforementioned approach is currently being extended in the modeling of phase change within a porous medium.