We have found that for certain geometries of acoustooptical interactions M2∼ 85 114 ×10−15 s3/kg.
Numerical analysis shows that the proposed solution provides better kinking resistance for certain geometries and material combinations.
Furthermore, for certain geometries a new mechanism of nanotube collapse in "shear bands" occurs, rather than crack formation, suggesting that these materials can have multiaxial damage tolerance.
At the molecular level, structural and computational studies indicate that MreB filaments exhibit tunable mechanical properties that explain their preference for certain geometries and orientations along the cylindrical cell body.
The parameter c can be estimated for certain geometries from theory, e.g. [12 15], or directly extracted from experiment.
In addition, double frequencies may occur for certain specified geometry of the beam.
It is shown that the critical point of the crack front displaces from the deepest to the surface points at certain geometries for an internally pressurized cylinder, which can indicate the point of starting the crack growth.
In similar structures an incorporated trans-3-hydroxy-4-aminopiperidine moiety can serve as a conformational pH-trigger when equipped with substituents designed to perform certain geometry-dependent functions, for example, as cation chelators or as lipid tails.
Thus, in similar structures an incorporated trans-3,4-disubstituted piperidine moiety can serve as a conformational pH-trigger when equipped with substituents designed to perform certain geometry-dependent functions, for example, as cation chelators or as lipid tails.
Inorganic nanocrystals with certain geometries exhibit unique shape dependent phenomena and subsequent utilization of them as building blocks for the key components of nanodevices is of huge interest.
