Sentence examples for structural confines from inspiring English sources

The effect is of particles colliding and ricocheting within structural confines, and it's an impressive demonstration of Mr. Brooks's ability to spin new combinations out of a single idea.

Being characterized by loss of epithelial markers and acquisition of mesenchymal features, it allows carcinoma cells to escape from their structural confines, increasing their mobility and invasiveness, to enter into the bloodstream and to adhere and develop into distant metastases [ 40, 41].

The PKAc ADP psSP20 structure is very similar to PKAc ADP pSP20, with the only structural difference confined to the glycine-loop region (Supporting Figure 4, Supporting Information).

The paper describes the design and the execution of the retrofitting intervention which does not require particular technologies being essentially made up of steel L-profiles placed at the corners of the involved structural members, confined by stainless steel ribbons and connected at the beam column intersection by steel dissipation elements.

I'm assigned to our Rescue Company, we do all the extra stuff an urban fire department handles; vehicle extrication, structural collapse, confined space, high-angle rope... basically any other discipline that's outside the realm of standard fire department operations.

When the synthetic trimethylene cross-links are placed into either the 5′-CpG-3′ or the 5′-GpC-3′ sequence contexts, the DNA duplex maintains B-DNA geometry with structural perturbations confined to the cross-linked base pairs.

This suggests that there is no structural feature that confines vapor-rich fluids as described previously.

Photoisomerization of the film was accompanied by a geometrically confined structural change, as reflected by changes in the electrostatic field.

Hot combustion products may produce structural damage to confined industrial equipment and buildings due to their expansion.

This model will be an effective tool for investigating the effect of circular spirals on the structural behavior of confined concrete and enhancing the accuracy of structural behavior analysis for a column under uniaxial compression.

This method is an extension of the usual Reverse Monte Carlo method to obtain structural models of confined fluids compatible with experimental diffraction patterns, specifically designed to overcome the problem of slow diffusion that can appear under conditions of tight confinement.