Sentence examples for grain elements from inspiring English sources

Smithen's painterly images of dancers utilise blur and grain, elements he was initially suspicious of because they "meant that maybe I was not so good technically".

The depletions we find for silicate grain elements imply that ~35% of the grain mass has been destroyed as could occur if a shock of ~ 150 km s−1 has passed through the cloud, but as can be seen from Fig. 6, right, the shock destruction models indicate that <15% of the carbonaceous grains should have been destroyed by such a shock.

Grain element and grain boundary element are introduced to simulate the micro-strip rolling.

The grain element is used to analyze the deformation of individual grain while the grain boundary element is for the investigation on the movement of the grain boundary such as compression and shearing.

Open image in new window Fig. 3 SEM image for the sample sintered at 800 °C for 50 h Table 1 EDX results of a random point on the grain Element Weight Atom Al 44.0 73.0 Nb 56.0 27.0.

Various authors show that the increase of dust mass in the Milky Way ISM is mainly governed by grain growth through the accretion of gas phase metals onto the grains (elements comprised of dust grains are referred to as "metals") (Dwek, 1998; Inoue, 2003; Zhukovska et al., 2008; Draine, 2009; Inoue, 2011; Asano et al., 2013).

In bulk pristine Bi2Te3, the thermoelectric performance depends on the microstructural arrangement of grains, element distribution, and composition [3, 9].

The grain boundary elements strengthen the alloys by the formation of carbides and borides along the grain boundaries during solidification, which help to prevent the formation of casting pores and hot tearing and to strengthen low angle boundaries.

Note that all the quantities except for XcoldNd in Eq. (15) are typical (or effective) values averaged over various grain radii, elements, and ISM phases.

Zr was added to Cu Zn Al shape memory alloy as a grain refinement element.

This work focuses on a comparison between the Euler-Euler Two Fluid Model (TFM) approach and the coupled coarse grain discrete element CFD-DEM numerical model for the simulation of a 1 MWth CFB carbonator reactor located at TU Darmstadt (TUD).