Sentence examples for heating beam from inspiring English sources

The design of the new active diagnostic using a deuterium heating beam and based on charge exchange recombination spectroscopy (C VI line at 529 nm) is introduced.

These conditions will be explored by adding a 1 MW neutral heating beam to TCV's auxiliary for direct ion heating (2015) and increasing the ECH power injected in X-mode at the third harmonic (2 MW in 2015 2016).

This system observes the emission of a Deuterium heating beam using a rotatable mirror to view from the plasma centre to the outboard edge (0.7 1.5 m), although the optics is optimized for core region (1.2 m).

This excitation has a controllable heating beam by a geometric relation D = 0.01575·d, which allows to heat the samples at a specific position (placed at the distance "d") and area (of a diameter "D").

Variation in depth of anaesthesia across states was quantified using a nociceptive infrared source producing a heating beam placed beneath the tail or hind paw (Model 7371 Plantar Test, Ugo Basile; Biological Research Apparatus, Comerio, Italy).

The optical power of the heating beam at the sample was 18 mW.

The heating beams designed were implemented with a clinical linear array imaging transducer connected to a research ultrasound platform.

We demonstrate an important technology for the protection of high power neutral heating beams and present the design and operational results.

We evaluated a new design for heating beams that can be implemented on a linear array imaging transducer and can provide improved heating area and efficiency as compared with previous implementations.

In addition to using a heated beam inside the vacuum system, a heated capillary outside the vacuum system or a sheath of nebulizing gas around the electrospray needle itself could also facilitate desolvation, and these methods should be more efficient than the heated beam tube.

Then, discussions are made to reveal the effects of beam parameters, such as the ratio of beam length to beam thickness, the ratio of clearance to beam length and the temperature-dependent material properties, on the critical buckling temperature and the fundamental natural frequency of the heated beam.