Sentence examples for atomic rate from inspiring English sources

At such atomic rate, the quantity of photoelectrochemically produced hydrogen by water splitting significantly increased compared to pristine BiVO4.

When the excess Pb of PZT precursor was 10%, the Pb/Zr/Ti/O atomic rate of the fabricated films was very close to the designed rate of 1 0.52 0.48 3.

In this study, long-period-stacking-ordered (LPSO) phases were introduced to carbon fiber reinforced magnesium-gadolinium-zinc (Cf/Mg-Gd-Zn) composite by adding Gd and Zn with the atomic rate of 2 1 into the matrix, and a new and practical method of design and optimize the interfacial structure was found.

Based on the atomic decay rate on the detected transition, the total photon emission rate would be approximately R = (beta,frac {Gamma }{2}frac {1}{2} = 154,text {kcps}) for S=1 (see Eq. 1).

The heterogeneous distribution of atomic displacement rate between neighbouring monolayers initiates a flux of atoms driven out of the region with maximum nuclear energy losses and the relaxation flux that is introduced to satisfy the packing condition, balances the ballistic flux in steady state.

The throw distance (TD) of sputtered atoms of a variety of elements was measured via the pressure-dependent atomic deposition rate.

Each collision slightly changes the atomic spin rate, making it impossible to verify the accuracy of the microwave ticker to more than several nanoseconds.

IThes combinationhat for circular planar magnetrons and static deposition mode the bombardment of the growith filmeasurementseneofs, which resulthein latomicly inhomogeneous crystallographic properties.

Because of its high melting point, low atomic diffusion rate and other special properties, there are both similarities and differences between the growth mechanism of tungsten nanomaterials and general inorganic nanomaterials.

At the same time, due to sufficient precursor supply and high atomic diffusion rate, it was easier to grow large-area WS2 single domains (~ 200 μm) on substrate A. In contrast, for substrate B placed at the downstream, the lower temperature resulted in a reduced supersaturation of the precursor, which easily brought about more nuclei appearing on the substrate.

Here we report in particular on two important characteristics of the radiation environment with relevancy to radiation damage: the primary knock-on atom spectrum and the impact of the pulse structure of the proton beam on temporal characteristics of the atomic displacement rate.