Sentence examples for maintain mechanical integrity from inspiring English sources

A recent study probes how the mechanical architecture of the spindle allows it to maintain mechanical integrity despite these forces.

The TNAs maintain mechanical integrity of the electrode and the ultrathin NiMoO4 nanosheets contribute to high capacity and favorable electronic conductivity.

In order to maintain mechanical integrity of the tissue, the cells must generate sufficient extracellular matrix before the scaffold is degraded.

The enhanced electrochemical performance can be attributed to the branched conductive PANI shells, which not only release the stress of volume expansion and maintain mechanical integrity during cycling, but also realize three dimensional transport for electrons.

Compared to other biomedical applications of polymer capsules, such as drug delivery vehicles, where the polymer shell undergoes irreversible disruption/rupture that allows the release of the payload, the polymer shell in polymer micro-/nanoreactors has to maintain mechanical integrity while allowing the selective diffusion of reagents/reaction products.

We speculate that this type of mechanical compensation occurs during cell division and apoptosis within larger tissues as well and may be the basis of tissue stress homeostasis to maintain mechanical integrity in a proliferating and deforming epithelium.

Almost constant, highly stable, ionic conductivity while maintaining mechanical integrity was retained at room temperature for more than one month.

This structure demonstrates an enhanced ability to alloy with lithium ions over several charge/discharge cycles while maintaining mechanical integrity.

Devices like microneedles and the Nanopatch, require sufficient strength to puncture skin often with sharp-slender micro-scale profiles, while maintaining mechanical integrity.

'Fuel reliability' has a much broader definition than just maintaining mechanical integrity and being leaker free – fuel must fully meet the specifications, impose no adverse impacts on plant operation and safety, and maintain quantifiable margins within design and operational envelopes.

Within this flexible interleaved structure, GO layers act as flexible but mechanically strong buffer to accommodate volume expansion and reduce associated stress in Fe2O3 nanoparticles, thereby maintaining mechanical integrity and increasing the cycling life of batteries.