The phrase "avoid superposition" is correct and usable in written English.
It can be used in contexts related to physics, engineering, or any field where the concept of superposition applies, indicating the need to prevent overlapping states or conditions.
Example: "In order to achieve clear results in our experiment, we must avoid superposition of the waveforms."
Alternatives: "prevent overlap" or "steer clear of superposition".
However, since MATLAB does not scale the text size while zooming into an image, the user may find convenient to scale down the size of the font size of the targets' indices (T_F_size parameter in the D_beta_add_label.m routine) and to zoom in the interesting area of the image in order to avoid the superposition of the texts.
When applied in the context of shape similarity searching, these filters can significantly improve throughput performance by avoiding expensive superposition optimization computation of conformer pairs that cannot possibly meet a pre-defined shape similarity search threshold.
The precedence effect is typically studied using clicks, which helps to avoid the acoustical superposition of the leading and lagging sounds [although see 6], [7].
Retention of the rotational matrix and translation vector is a practical approach to retain a superposition between conformers to avoid having to re-compute a superposition or store modified coordinates of a conformer.
To make the calculation of this 3-D neighboring relationship tractable, a series of filters were designed to avoid the time-consuming shape-superposition computation between conformer pairs that could not possibly be 3-D neighbors.
To avoid time-consuming thermal simulations, the superposition of thermal profiles, which are the thermal distribution of each module, is adopted to efficiently estimate the module temperature.
Note in particular, that we have allowed in the assertions of Theorem 5.8 only finitely many superpositions of lattices in order to avoid more complicated convergence scenarios.
The attractiveness of SD would be furtherly enhanced by a scintillator free from any spectral superposition with the Cherenkov light, so to avoid any sensitive calibration procedure for the stem effect correction.
After the ground-borne response spectra that corresponds with the incident wave field is estimated, structural vibration levels are computed using modal superposition, thus avoiding intensive soil-structure interaction computations.
