Dronedarone is an amiodarone-like antiarrhythmic with a modified structure.
This article describes an original approximate reanalysis technique for accurately evaluating frequency response of a modified structure.
The electrodes with a modified structure deliver a significant improvement to mechanical stability as well as battery performance compared to conventional electrodes with the original structural design.
To improve the thermostability of AEH, a modified structure-guided consensus model of seven homologous enzymes was generated along with analysis of the B-values from the available crystal structures of AEH from Xanthomonas citri.
These extractants were N,N′-dimethyl, N,N′-dibutyl, tetradecyl malonamide (DMDBTDMA), used as a model, and N,N′-dimethyl, N,N′-dibutyl, dodecylethoxy malonamide (DMDBDDEMA), used as a modified structure.
A frequently encountered engineering problem is the prediction of the natural frequencies of a modified structure based on a truncated set of modes and frequencies of the unmodified structure (modal testing results), and on the known modification matrices.
This paper deals with the theoretical basis for the approximation of a modified structure eigensystem, having only an incomplete set of modes and frequencies of the original model (modal testing results), and the amount of modification in the mass and stiffness matrices.
The interfacial polymer fraction [25, 27] is characterized by a modified structure [28, 29], slower dynamics [30 33], and increased thermal stability [21] in comparison to the bulk.
The Tanimoto coefficient of a modified structure to each structure in the original library is calculated, and the rank of the Tanimoto coefficient to the original structure is calculated.
