Sentence examples for irradiation approach from inspiring English sources

Biopolymer calcium alginate gel beads were used as a template for NPs growth using a green microwave irradiation approach.

Two-stage irradiation approach of solid surfaces has been used by various groups to develop new surface features and understanding of growth mechanism of such features [22, 23, 32, 34, 43].

These results show that electron irradiation approach can be a good tool to tune the bandgap and the band-edge positions of PCBM and provide an evidence that the approach is useful for PEC device application.

We present a simple yet effective electron irradiation approach to tune the band structure of [6, 6]-phenyl-C61-butyric acid methyl ester (PCBM) that is the most widely used organic acceptor material.

Nitrogen doped RGO- FeWO4/Fe3O4 (NRGO-FeWO4/Fe3O4) ternary nanocomposite was synthesized by rapid single step microwave irradiation approach using iron acetate, ammonium tungstate and graphene oxide as precursors.

The curves (c) and (d) show the nanowires which were annealed at 600°C followed additional neon irradiation (approach 3) with a total ion fluence of 4.38·1012 cm-2 (curve c) and ion fluence of 4.38·1013 cm-2 (curve d). Figure 5 The experimental data and the fitted curves from Mn PL transients.

It is found that different accelerated irradiation approaches have a great impact on the mechanical hardening.

Surface composition of the nanopore is maintained in this approach, as opposed to being inevitably changed in the electron or ion irradiation approaches previously reported.

The response has been demonstrated in cultured cells and tissues by using different irradiation approaches including low fluences of α-particles [ 2, 3], γ-rays [ 4, 5], heavy ions [ 6, 7], and targeted microbeams which allow cells to be individually irradiated through either the nucleus or cytoplasm [ 8- 10].

Heterojunctioning graphene in 2D TMO&Cs is generally realized by hydrothermal/solvothermal and microwave irradiation synthesis approaches [136, 187].

We start the operation of the reactor with loading fresh fuel into all the three rings of the GT-MHR and after 810 days we initiate a refueling and shuffling schedule that, in 9 irradiation periods, approaches the equilibrium of the fuel composition.