Sentence examples for gradient bend from inspiring English sources

The longitudinal gradient bend is an effective method for reducing the natural emittance in light sources.

Based on the derivation, we discuss how to model the longitudinal gradient bend in accelerator codes that are used for designing electron storage rings.

This paper approaches the elastic critical moment of web-corrugated beams (WCB), either subjected to a uniform bending moment, gradient bending moments, or a uniformly distributed load.

Following the recent developments in low emittance lattice design, a new sub-nm emittance lattice based on implementation of multi-band achromat concept and application of longitudinal gradient bending magnets was developed for CANDLE storage ring.

In this work we report the design and development of a biomimetic waterproof Si/SiN multilayered cantilever whose internal stress gradient bends the beam out of the plane enabling flow velocity detection in water.

The stress memory is recognized as a discontinuous change in the gradient (bending) of this function, as schematically shown in Fig. 3.

Vertical wind and temperature gradients can bend the sound up or down; in the latter case it can be reflected off the sea, resulting in shadow zones of silence.

The nanoparticle-gradient sheets bent towards the side of the sheets with lower nanoparticle concentration, and the porous-gradient sheets prepared by removing the nanoparticles bent towards the porous side.

The low-emittance lattice cell concept with usage of superconducting bending magnets with longitudinal field gradient and anti-bends is applied to develop a compact storage ring for x-ray light source of high brilliance.

In the first part (Lebée and Sab, 2010a) of this two-part paper we have presented a new plate theory for out-of-plane loaded thick plates where the static unknowns are those of the Kirchhoff Love theory (3 in-plane stresses and 3 bending moments), to which six components are added representing the gradient of the bending moment.

This is the first part of a two-part paper dedicated to a new plate theory for out-of-plane loaded thick plates where the static unknowns are those of the Kirchhoff Love theory (3 in-plane stresses and 3 bending moments), to which six components are added representing the gradient of the bending moment.