The simulated ideal shear strengths demonstrate that dislocation nucleation become easier in an order of ZrB2 (≈HfB2), NbB2, TaB2, MoB2, WB2, which reasonably explains some experimental observations and provides useful information for the design of TMB2 based materials by alloying.
Edd (6-phosphogluconate dehydratase, EC 4.2.1.12) is involved in the carbon flow from glucose and gluconate into pyruvate and alginate [83] (Figure 8) which reasonably explains why an edd− mutant is less mucoid and out-competed in vitro and in vivo.
The interface in the present IPN system was treated as fractal, which reasonably explained the differences between Porod's law and experimental data, and gained an insight into the interaction between different segments on the interface.
Considering basic physical mechanism of the photon behavior, the present work circumvents the electromagnetic field distribution in the photonic crystal at a degenerate state, which can reasonably explain the phenomenon.
The generation of taut tie chains passing through the adjacent lamellae was proposed, which could reasonably explain the observation of infrared bands characteristic of extended-chain-crystal-like morphology.
For quantitative information on chain structure, linear viscoelasticity combined with branch-on-branch (BOB) dynamic model was used to predict exact compositions and chain topologies of the products, which were reasonably explained by the suggested mechanism of functional group reactions.
For quantitative information on chain structure, linear viscoelasticity combined with branch-on-branch (BOB) dynamic model was used to predict probable compositions and chain topologies of the products, which were reasonably explained by the suggested mechanism of functional group reactions.
The costs and benefits of short repeat length may also differ owing to other sex-dependant modulating factors, such as circulating androgen levels, which could reasonably explain part of the ethnic variation in AR CAGn.
From the perspective of functional analysis, both TNT treatments in vivo and in vitro influence genes involved in cell cycle, cell growth and cell death signaling, detoxification response, lipid metabolism and immune reponse, which can reasonably explain the physiological dysfunctions induced by TNT.
VIV response with different KC numbers and maximum reduced velocities presents quite individual features, which can be reasonably explained from the VIV mechanism level.
A theoretical thermal model for noise in multi-pixel devices reasonably explains the experimental data.
