Sentence examples for by the reorientation of from inspiring English sources

These phenomena were explained by the reorientation of the segment at polymer/water or polymer/air interface so as to minimize interfacial free energy.

The recovering of water contact angle suggests the decrease of surface free energy with aging time [17], which is caused by the reorientation of induced polar chemical groups into the bulk of the material [18, 19].

Long range order within the domains/precipitates of the ordered phase is preserved during deformation by the reorientation of the sheared regions into anti-parallel or perpendicular twin variants, and the rationale for this, from crystallographic considerations, is provided.

Obviously, it could be explained by the reorientation of benzene molecules owing to increase its concentration in solution, and the more benzene is already adsorbed, the easier it is for additional amounts to become fixed as a result of hydrophobic interaction [52].

Obviously, it could be explained by the reorientation of benzene molecules owing to increase of its concentration in solution, and the more benzene is already adsorbed, the easier it is for additional amounts to become fixed as a result of hydrophobic interactions [63].

The increased mobility can be caused either by increased rotational diffusion induced by the JM release from the membrane or by the reorientation of TM helices or both.

In addition to this, the rotational motion of the particles within the solvent due to the torque forces on the magnetic moment, Brownian relaxation, constitutes another source of heating, as a consequence of the energy liberated by friction in the reorientation of the particle in the surrounding carrier liquid.

In all cases, the process is triggered by thermal motion and involves the reorientation of the molecules with respect to the (001) plane.

The reorganization of the percolation network can be related to reformation of (i) the local contact regions between the nanotubes (separated by polymer chains) and (ii) to the reorientation of nanotubes oriented in the shear flow.

The first is characterised by the widespread reactivation of Mesoproterozoic structures, resulting in a network of shear zones of variable orientation, and the second is characterised by the development of crustal-scale transpressional shear zones, motion on which has caused the rotation of lithospheric blocks and the reorientation of prior structural trends by up to 90°.

The reorientation of the fibers is modeled in two ways: by describing them with fiber orientation vectors, and by fiber orientation tensors.