Sentence examples for stress of volume from inspiring English sources

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.

The large surface area, excellent conductivity and mechanical properties of the graphene reduce the agglomeration of alloy particles, buffer the stress of volume change and lower the powdering rate of particles, to enhance the inner transportation of Li+ between the electrodes and the electrolyte.

Si-based anode have large capacity, while using porous Si as yolk material will partially release the stress of volume expansion [136, 137, 138].

In order to minimize effects of non-hydrostatic stress on volume and pressure determination, P V T data were collected on cooling cycles from the peak temperature.

We measure here the influence of a 200 MPa superimposed fluid hydrostatic pressure on the flow stress of high volume fraction (56 62 vol pct) particulate Al2O3Al composites produced by infiltration and show that the yield response of such composites is indeed pressure-sensitive.

Compared with the pristine sample that has not been modified, the 2 wt.% AlPO4-coated sample exhibits enhanced rate capability and cycling performance, especially at elevated-temperature. Additionally, the AlPO4 coating layer suppresses the stress of the volume change and prevents separation of the carbon layer from the host material during cycling.

The results show that: 1) The change of pore pressure caused by volume fracturing can generate induced stress field, which leads to the re-orientation of in-situ stress field and even the appearance of tension stress areas and zero stress areas within the region of volume fracturing stimulation.

Therefore, at a given applied stress level, absolute rate of volume change of a pore increases with its initial pore volume in a non-linear manner.

Open image in new window Figure 6 Shear stress as a function of volume concentration for Ag.

Open image in new window Figure 5 Shear stress as a function of volume concentration for Al 2 O 3. characteristics of nanoparticle suspensions, the effective electrical conductivities of nanofluids have not been investigated thoroughly, and there are very few data which presented the electrical properties of nanofluids.

An arterial volume load will also be performed in order to examine possible physiological consequences of volume stress on venous return.