Sentence examples for superposition results from inspiring English sources

Their superposition results in a reinforcement of the disturbance; the amplitude of the resulting combined wave is the sum of the individual amplitudes.

In the expression, the spherical harmonic functions are interpreted as the radiating modes and their superposition results in various radiation patterns.

Yet, there were a couple of important distinctions that, in essence, allowed the method to yield conformer superposition results much like "traditional" 3-D similarity superposition methods [10 12].

Storage of superposition results in PubChem3D involves identification of: the two conformers involved, often with one of the two conformers implicitly identified (e.g., by storing the superposition as a subordinate property of a conformer); the 3 × 3 rotation matrix; and the 3 × 1 translation vector.

As a whole, the use of a 64-bit integer to store a conformer pair superposition results in relatively few cases where the Tanimoto difference (after-before) is less than 0.025, with the chances for this to occur for ST and CT being 1 in 14.6 million and 1 in 955, respectively.

Structural superposition resulted in a RMSD value of 0.15 Cα for Cα atoms indicating high conservation of Cbh1 and CelD three-dimensional structures.

But when RCOO− and Al3+ were composited, a superposition effect occurred, resulting in production of a crystal with a smaller length to diameter ratio and more perfect crystal form.

Figure 8 depicts a subset of 3-D ST-optimized superpositions resulting from the 28 unique compound pairs.

An immersed tensile creep test was also performed to compare with the time temperature superposition (TTS) results.

The subsidence and compaction effects of the pressure change throughout the reservoir are calculated by the superposition of results from each individual block.

The superposition of results of the preceding sections leads to the expanded version of the characteristic equation of bending of subframe i at response stage r, i.e., (V_{r,i} h_{i} + M_{PDelta.r,i} ) = phi_{r} [K_{C.r,i} + K_{B.r,i} + (1 + bar{K}_{D.r,i} )K_{F.r,i} ] = phi_{r} K_{r,i}^.