Sentence examples for mechanical stability during from inspiring English sources

The findings are significant with respect to cytotoxicity, osteo-conductivity and mechanical stability during bio-mineralization of traumatized bone tissues.

But which sugars play the most prominent role in maintaining a plant׳s mechanical stability during large cellular deformations induced by drought?

Furthermore, graphene with a high ID/IG ratio showed poor mechanical stability during the transfer process due to tearing and defects in the transferred graphene.

Dystrophin and its associated glycoproteins are believed to provide mechanical stability during muscle contraction; hence its deficiency is postulated to result in fragility of the sarcolemma and subsequently necrosis and, in later stages, replacement of muscle by fibrous tissue.

Biomechanical studies have shown that the medial calcar support (MCS) plays a key role in PHFx surgery, offering mechanical stability during and after reduction and thus preventing complications such as nonunion, malunion, and/or loss of reduction [ 2– 4].

After initial anaesthesia with 5% isofluorane, an adult male Wistar-Han rat was anesthetized with Urethane (intraperithoneal injection, 130 mg/100g body weight) placed in a stereotaxic frame for mechanical stability during craniotomy and during all the duration of the recordings.

The existence of TiO2 is in favor for the mechanical stability of Si during charge-discharge and conversely reduces the obtained capacity of the composite.

Moreover, the presence of a milk lipid globule membrane covering milk particles [ 26] adds mechanical stability to them during circulation in the OP and helps to conserve particle number.

It is shown that dope sonication results in membrane with enhanced thermal and mechanical stability, improved permeate flux during oil emulsion filtration and high flux recovery of ∼63% after cleaning.

ZnFe2O4 (ZFO) has attracted considerable attention for supercapacitors (SCs), but its performances are severely hindered by intrinsically low electronic conductivity, relatively low mechanical stability, and severe agglomeration during the charge-discharge process.

The DG complex spans the plasma membrane, connecting the basement membrane to the actin cytoskeleton and presumably conferring mechanical stability to muscle cells during muscle contraction.