Sentence examples for shell change from inspiring English sources

However, both the Cu Ti bondlength and the coordination of Cu in the 1st nearest neighbor shell change as a result of the different growth conditions.

Why they did so is unknown; perhaps, coiling gave them better protection against their predators, but the shell change also affected the ammonoid embryos.

The hollow shape makes sloshing electrons in the gold particularly efficient at absorbing energy from light, and changing the thickness of the shell changes the frequency of light absorbed.

The results show that the vibrational power flow of cracked shell changes substantially due to the presence of crack, and the change is strongly related to the depth and location of crack.

In Fig. 5a, b, it can be seen that the highest fundamental frequency of shell changes from shell panel with ring stiffeners to shell panel with orthogonal stiffeners.

In addition, all the nodes displayed a significant irreversible deformation after the unloading, so the final curvature of the shell changed.

Note that the fluorescence of the solution was varied as the thickness of silica shell changed, we further investigated the metal ion-responsive property of the FITC/Au1Ag4@SiO2 solution.

The spectral bandwidth of the PL emission from the GaInAs MQW shell changed from 0.04 to 0.12 eV and to 0.11 eV with the increase of the MQW shell width from 8 to 11 nm and to 16 nm, respectively.

From the previous investigations, it can be noted that: For the vibration analysis, when the stiffener's height-to-width ratio increases, the highest fundamental frequency of shell changes from shell panel with ring stiffeners to shell panel with orthogonal stiffeners.

We find that the confinement of the wave functions and sub-band energies in the middle shell changes slightly by increasing the barrier thickness from 5 to 10 nm, hence the optimum thickness of the barriers is ≈ 5 nm similar to the thickness of the InP barriers in the axial InAs/InP/InAs/InP/InAs NW RTD of Björk et al.[1].

However, the latter must not exceed a critical thickness since it will inadvertently lead to a deterioration of device performance due to the formation of defects.We find that the lowest sub-band energy in the middle shell changes from 25 meV up to 480 meV above the Fermi level by decreasing its thickness from 10 nm down to 1 nm as shown in Figure 1c.