The phrase "alignment experimental data" is not correct in English as it lacks clarity and proper grammatical structure.
It can be used when discussing data related to the alignment of experimental results, but it should be rephrased for better understanding.
Example: "The alignment of experimental data is crucial for validating our hypothesis."
Alternatives: "experimental data on alignment" or "data regarding alignment in experiments".
It shows a tendency towards the alignment of the experimental data, in a way such that a straight line could be drawn as a representation of the joints behavior in logarithmic scale.
Clumps could be packed into a desired geometry while dynamically modifying their alignment based on experimental data sets defining the atria's fibre orientations.
High-quality data sets of smaller particles (about 300 kDa or less) collected using 50 to 100 e−/Å exposures are currently not available to demonstrate the improved particle alignment more directly with experimental data.
Simulations for 10% cyclic uniaxial stretch at 0.01, 0.1 and 1 Hz illustrate that the model describes the SF distributions (Figure 1) and the time courses of alignment (Figure 2) for the experimental data reasonably well, although the model predicted that alignment occurs more quickly at 1 Hz than we observed experimentally.
Concerning the analyses of the experimental data, our alignment filtering consists of (i) discarding alignments consistent with a SNV from intragenomic origins, (ii) retaining the unique alignments, and (iii) safely analyzing the U and MU regions.
The essence of our graph alignment approach is as follows: Experimental data on interacting proteins defines a protein interaction network consisting of nodes (proteins) and links (protein interactions).
The proposed system verifies alignment by comparing simulation data and experimental data with three different transducers and two different types of hydrophones.
GH32 and RP amino acid sequences from fungal genome data, and the GH32 group 1 nucleotide sequences from genome and experimental data, were initially aligned using MUSCLE [ 41], and the resulting alignments were manually edited.
Although InN/STO shows many promising properties, there is a lack of experimental data on the interface band alignment parameters of the InN/STO heterojunction to date.
