We have computed a stability diagram for the most probable mode of break-up in terms of elastic modulus mismatch and volume fraction.
Regions of high counts (blue areas) represent the most probable evolution during the breaking of the contact.
The color scale in the trace histogram indicates the density of data points found at each displacement and conductance value, and, therefore, the colored areas represent the most probable evolution during the breaking process.
The color scale in the trace histogram indicates the density of data points found at each displacement and conductance value; in this way, the red areas represent the most probable evolution during the breaking process.
They will most likely break.
We study the most probable configurations before the formation and breaking of nanocontacts with pyramidal form obtained from MD simulations emulating the process of mechanical annealing.
Based on the evolution of electrical parameters of the equivalent circuit it has been stated that the most probable mechanism of pit creation is the film-breaking model.
The most probable timing is August, when politicians return from their winter break.
Statistical analysis allowed us to obtain the most probable conductance values for a single-molecule junction by collecting thousands of breaking curves (see Fig. 1c) and building conductance histograms.
