The phrase "analysis of the md" is correct and usable in written English.
It can be used in contexts where you are discussing the examination or evaluation of a specific subject, in this case, "md," which could refer to a variety of things depending on the context.
Example: "The analysis of the md revealed several key insights that could improve our understanding of the subject."
Alternatives: "examination of the md" or "evaluation of the md".
Additional MD methods, supporting NMR spectra, and the multivariate analysis of the MD simulation data.
A detailed morphological and statistical analysis of the MD snapshots and trajectories suggests that at least two kinds of crystallization environments and corresponding mechanisms are active: one in the (∼3 nm) surface layer and one in the inner part of the nanoglobule.
The analysis of the MD simulation was assessed mainly by principal component analysis (PCA) to explore the trimeric structure behavior.
The analysis of the MD trajectories (MDTs) remains, however, the greatest challenge and requires a great deal of insight, experience, and effort.
To continue analysis of the MD results, we constructed animations of molecular motions in the five Cs-smectite hydrate systems to examine the effects of charge site and hydration state on the behavior of interlayer species.
Analysis of the MD trajectories for the two complexes reveals interesting features which may explain the stability of the complex obtained for the first molecule versus the poor binding of the other ligand.
A performance analysis of the M-VIA software is conducted to determine, if there are opportunities to gain additional performance improvements for parallel applications.
The analysis of the m-D features has been modelled and experimentally characterised for different type of targets, configurations and working frequencies over the last decade.
In the analysis of the m-orientation workspace, a procedure for calculating this type of workspace was presented, and the relationship between this type of workspace and the requirement of rotational displacement was revealed.
In the last decade, however, the interest of the ISAR community moved from the analysis of the m-D signatures to the most challenging problem of the compensation of the micro-motions in order to obtain good focussed ISAR images.
This positional relationship between the stations and the curved fault model leads to improved waveform fit at these stations, demonstrating the importance of using a curved fault model for analysis of the M 7.3 event.
