Sentence examples for mechanical support from from inspiring English sources

And that active layer can be deposited on flexible substrates such as plastic and paper with no need for mechanical support from a heavy piece of glass.

The particular three-dimensional architecture, consisting of a Sn@C nanoparticle core and porous hollow carbon nanofiber shell, is characterized by many micro/nanochannels, enhanced mechanical support from the three-dimensional hollow carbon shell, and the abundant porous carbon matrix.

According to the characteristics of mechanical support from HAp TiO2, the BMP-2/HAp TiO2 BMP-2/HAp TiO2can maintain a stable release rate of BMP-2 to promote bone cell growthybridrapidly heal the bone–implant interface.

We use molecular dynamics simulations to relate the experimental observations to the reduced mechanical support from neighbor CNTs due to a decreased magnitude of van der Waals (vdW) interactions in the presence of solvents.

Both modelling analyses and experimental work have recently confirmed that the failure of thin coatings on steel, especially under high loads for some demanding applications, is related to the lack of mechanical support from the substrate, which means that the exceptional hardness, toughness and wear resistance of state of the art PVD coatings cannot be fully exploited.

Uppermost, the nanocup structure with low aspect ratio realized vertically free-standing arrays when losing the mechanical support from templates, avoiding the collapse or bundling when compared to the typical nanotube arrays.

The inability to achieve weight-bearing capacity is most likely related to the lack of mechanical support for transferring loads from the hip to the axial skeleton.

Clini and colleagues investigated the use of IPV in a small randomised control trial in a diverse group of slow-to-wean patients who required the persistence of a tracheostomy, after liberation from mechanical support, for secretion management [ 14].

It belongs to the keratin family, which provides important mechanical support for cells and protects them from apoptosis and non-mechanical forms of injury by interacting with different adaptor molecules and cell receptors.

It serves multiple functions; providing mechanical support for joints and tendons, protecting soft tissue or various organs from mechanical stress or trauma, storing minerals, generating hematopoietic cells, and producing hormones.

Psychological benefits are likely associated with the perceived mechanical support derived from the LB [ 3], while any neuromuscular likely involves mechanisms that influence lumbar stability, such as lumbar proprioception, trunk muscle feedforward and reflex activity [ 5– 8].