Sentence examples for planes compared to from inspiring English sources

Also our modeling predicts higher stress gradients for structures with VIA's positioned in the middle of metal planes compared to those with VIA's positioned at the edge of such plane.

The experimental results showed an increase in the Ti L3/L2 ratio when probing the Ni sublattice planes compared to the Al sublattice planes, indicating a strong charge transfer from the Ti to the Ni atoms.

Predictions of possible 〈1 1 0〉 pole misorientation distributions for the two investigated β textures showed that the combination of texture components generated during rolling Ti 6Al 4V at 950 °C increases the likelihood of having β grain pairs with closely aligned (1 1 0) planes compared to rolling at 800 °C.

Moreover, the LTE-A standard is also designed to reduce the latency in user and control planes compared to the existing LTE standard.

Also the chronic neck pain patients had significantly less motion in all primary planes compared to the asymptomatic controls.

In agreement with other studies [ 14, 33], we found that NP subjects had clearly less neck flexibility in primary cervical planes compared to HC.

The results show accurate predictions of fatigue failure on the critical plane compared to McDiarmid's criterion and the combined WMPS/Carpinteri/Spagnoli method.

Subsequently, proton conductivity measured normal to the plane of the membrane was over 10 times lower than when measured in plane, compared to only a 2.5 times difference in conductivity between the two techniques in Nafion 117.

However, both groups displayed anisotropy with greater break stress (p=0.001) on average in the transverse anatomical plane compared to the longitudinal plane in a mean ratio of 2 1 (anisotropy ratio), though there was no evidence of a difference in this ratio for HTF and NHTF for both break stress and modulus.

Remarkable increases of 70% and 206% in mode I and mode II interlaminar fracture energies, respectively, and 36% enhancement in interlaminar shear strength are achieved in GF/EP by incorporating network graphene in the failure-prone mid-plane compared to those composite laminates without interleaves.

This growth is due to the low surface energy of this particular plane compared to (010) and (100) planes.