Sentence examples for surface of the rods from inspiring English sources

As this is not seen in the 532-nm spectra, it can be surmised that the changes are concentrated on the surface of the rods.

The electrical properties of the investigated samples depend on the concentration of free electrons in the conduction band, which can be changed by oxidation or reduction reactions at the surface of the rods.

This could be because of the layer formed on the surface of the rods by hydrogen interacting with O b mediated by the presence of O c (i.e., adsorbed H2O).

The as-grown sample shows strong absorbance below the actual bandgap at 3.0 eV, which we attribute to a large concentration of defects present in the sample, evident from the luminescence properties (discussed below), and possible trace amounts of unreacted raw reagents on the surface of the rods.

The results suggest that H* either etches ZnO surface removing zinc ions from the crystal lattice or forms a layer on the surface of the rods which causes a reduction in the Zn intensity due to the reduction of the XPS sampling depth.

Similarly to the AccuFlex system, the flexibility of the Awesome Dynamic Rod System originates from the cuts created on the surface of the rods.

The method is based on the uniaxial tension of a slender metal rod, with the lateral surface of the rod being under well-defined thermal boundary conditions.

The boundary conditions on the lateral surface of the rod are satisfied from the asymptotic point of view.

The paper describes a method based on the solution of the inverse heat conduction problem (IHCP) for determining heat flux on the outer surface of the rod.

Reflection and transmission coefficients have been defined as integrals over the circumference of a single rod, in terms of the velocity potential and auxiliary velocity terms on the surface of the rod.

Analyzing the stress exponent and the activation volume suggests that the enhanced plasticity may be controlled by the diffusion creep (through the "space-charge layer" near the surface and/or along the interface between the punch and the top surface of the rod), which is supported by the results from in situ creep tests under electron-beam irradiation and in situ electric measurements.