Sentence examples for critical points which from inspiring English sources

The aim of this work is to develop a procedure for determining a minimal set of critical points, which can identify vertex and nonvertex critical points.

Multi-cut two-matrix models are studied in the Zk symmetry breaking k-cut (ˆp,ˆq) critical points which should correspond to (ˆp,ˆq) minimal k-fractional superstring theory.

We obtain a description of the critical points which lie in Ln in terms of those which are nilpotent, as well as the minima and maxima of Fn : Ln↦R.

This approximation allows us to introduce a meshless iso-contouring and classification of the critical points, which are characterised in terms of the differential properties of the meshless approximation and of the geometry of the input surface, as encoded by its first and second fundamental form.

The mechanism of tensile deformation in a semi-crystalline polymer like PE changes at four critical points which can be associated with (A) the onset of single slip-processes, (B) a turnover into a collective activity of slips, (C) the beginning of a disaggregation of the crystal blocks, followed by fibril formation, and (D) the onset of chain disentangling.

There are two types of critical points, which separate one phase from another.

In contrast, in many-body systems, the coexistence of the spectral singularity and the quantum criticality at gi=gr and K=2 results in what we term a spectral singular critical point, which represents a unique universality class in non-conservative systems.

It revealed thermal annealing process has a combined influence on the performance of the hydrogen annealed samples with a critical point, which was ∼250 °C in this work.

In addition are used: the extended correspondence law for the second virial coefficient, the specific isochoric residual heat capacity and some derivatives of the equation of state at the critical point, which must be considered for the third limit condition at the critical point.

However, CO2 thermophysical properties are very sensitive close to the critical point which raises, in particular, questions about the compressor and so cycle off-design behaviour when subject to inevitable temperature increases that result from seasonal variations in the heat sink temperature.

Restricting attention to the former solution branch, as the growth velocity increases, or the temperature gradient decreases, the cell amplitude increases gradually, to reach a critical point which depends strongly on the contact angle along the reinforcement/solidification front triple line.