Sentence examples for energetic strain from inspiring English sources

Internal energetic strain.

Allosteric events perturb the structure, and the energetic strain propagates and shifts the population.

While there are several potential explanations for this high apparent affinity, one intriguing possibility is that adoption of the closed conformation of 4p-PTEN may be associated with energetic strain, a cost not incurred in the intermolecular system.

While there are several plausible explanations for this, one interesting possibility is that there may be energetic strain associated with achieving conformational closure in the intramolecular case of 4p-PTEN not associated with a phospho-tail t-PTEN intermolecular interaction.

Then, their heats of formation (HOFs), energetic properties, strain energies, thermal stability, and impact sensitivity were studied by using density functional theory.

However, at the molecular scale, where temperature and self-adhesion effects are on the same energetic scale as strain energy, the relationship between curvature and stability is more complex.

These observations suggest that, although cellobiose phosphorolysis has energetic advantages, phosphorolytic strains are limited by the thermodynamics of cellobiose phosphorolysis (ΔG°=+3.6 kJ mol−1).

As the ripples flatten at increasing strain, the energetic term due to C C bonds stretching competes with the entropic contribution, followed by energetic dominant deformation.

But it is here in the periphery, in the staging, administration and general sense of organisational theatre that a consolatory strain of energetic English innovation has flowered, with Hill at its head.

The surface bombardment of gradually energetic particles increases the strain accumulation in films as a function of biasing voltage.

Independent to their mechanism, the variations led to rapid adaptation in response to new selective pressures and probably according to the lowest energetic cost for the strain [ 25].