The phrase "adjacent beads" is correct and usable in written English.
It can be used to describe beads that are next to each other or in close proximity, often in contexts related to jewelry making or design.
Example: "The necklace features a pattern of adjacent beads in various colors, creating a vibrant look."
Alternatives: "neighboring beads" or "contiguous beads".
This enables the control of the actual center distance of the adjacent beads according to an expected value.
The existing overlapping models consider only the geometric area of adjacent beads, but ignore the spreading of the melted weld beads.
It avoids the use of numerical artifices such as repulsive forces between adjacent beads, a source of numerical difficulties in the temporal integration of previous Bead Models.
In addition, a reasoning algorithm was implemented to calculate the optimal distance between the centers of adjacent deposition paths in order to achieve a planned center distance between adjacent beads.
It is well known that the dynamics of this type of ordered granular media is strongly nonlinear due, (i) to Hertzian interactions between adjacent beads, and (ii) to possible bead separations in the absence of compressive forces and ensuing collisions between neighboring beads.
Thus adjacent beads less than 75 nm apart are counted as "clustered".
Slide 3 beads onto the long string, and then pull the string through the adjacent bead in the first row.
Each polymer bead was connected to adjacent polymer beads in the same ring by harmonic springs.
In a "blinded" experiment, many such slices (>30/group) were examined, and the distances between adjacent gold beads were measured along the contour of the cell membrane.
The distances between adjacent gold beads were then measured along the contour of the cell membrane (this is not possible for the 3D images, as the gold beads are rendered as points in space).
Taking into consideration these data and the approximate molecular sizes of DR1 and SEA, we chose 75 nm as our "clustering cut-off", i.e., the farthest distance possible between two adjacent gold beads that labeled DR1 molecules actively clustered by SEA (Fig. 4B, arrowheads).
