Sentence examples for beam enhancement from inspiring English sources

To obtain nanometre precise measurements vibration isolation, turbulence isolation, beam enhancement and static noise reduction are applied.

This paper describes the analyses performed to investigate and validate the proposed design for the updated JET MKIII duct side liner, which will replace the present inertial cooled one in the frame of the EP2 neutral beam enhancement project.

The objectives of the JET neutral beam enhancement (NBE) include raising the delivered power from the present 25 MW to more than 34 MW and increasing the pulse length from 10 to 20 s.

Using internationally adopted methodologies for assessing the synergistic effects of radiation and heating on tissue, beam impact "enhancement ratios" have been obtained, and areas of radical and palliative therapeutic effects for the given vertebroplasty conditions have been defined.

Comparison of strengthened and control beams showed enhancement of 155.8% and 129.8% in the yielding loads, while the increase in the ultimate loads was 166.3% and 159.4% for beams strengthened with carbon fibre reinforced polymer (CFRP) and glass fibre reinforced polymer (GFRP) respectively.

In the following paragraphs we will briefly discuss three possibilities: room temperature effusive beams, cryogenic effusive beams with hydrodynamic enhancement, and pulsed supersonic expansions.

Using a 6 MV flattening filter free (FFF) beam improves dose enhancement compared to a standard 6 MV beam.

In the case of ion beam irradiation, an enhancement of radiation effects was observed in the presence of nanoparticles either at the molecular (DNA damage), in vitro (cell killing) and in vivo (mouse tumour regression) levels, as discussed in the previous section and listed in Table 1.

The transmitted MeV ion beams had density enhancement up to 1000 according to the capillary outlet sizes, which are applicable to various material analyses employing microbeams.

With the use of a modest reinforcement percentage of 1.4% strategically located in circular routed out grooves at the soffit of the beam, mean stiffness enhancements of 8.4% and 10.3% for the global and local measurements were achieved respectively and a mean improvement in the ultimate moment capacity of 23% was achieved in comparison to the unreinforced glulam beams.

Beams strengthened on three sides showed the highest capacity enhancement, while beams strengthened only at the bottom side showed the least enhancement.