Calculations of both BO and charge density distribution reveal that it is the strong bonds between sulfur and Ni atoms lying within the interface that contribute to the interface embrittlement.
Pearlite and bainite have different strain hardening characteristics (i.e. a mechanical property mismatch) which may cause high local strain or stresses at the phase interface that contribute to crack initiation and propagation [22].
The pearlite/bainite mixture may be detrimental to wheel performance where cyclic thermo-mechanical loading is involved, for the following possible reasons: Pearlite and bainite have different strain hardening characteristics (i.e. a mechanical property mismatch) which may cause high local strain or stresses at the phase interface that contribute to crack initiation and propagation [22].
This study illustrates the difficulties to predict cell-to-material interfaces that contribute substantially to the success of in vitro or in vivo systems.
When classical nucleation theory is used to analyze ice nucleation in such systems, the uniformity of interfaces that contribute to ice nucleation must be carefully considered, because classical nucleation theory cannot be directly applied to non-uniform interfaces.
Thus, we believe that those interface residues that contribute high pseudoenergies while interacting with residues present at the interface will also have the maximum tendency to act as a hotspot.
Hotspots are the interface residues that contribute maximally toward the stability of the complex, and when mutated to alanine, they impart an appreciable decrease in binding strength (difference of 2 kcal/mol or more in the binding energy).
The chosen cutoff is also important since higher distances include a large number of charged residues at the interface that do not contribute significantly to the stability.
We frequently observed a yellow-brown material at the host parasite interface that may have contributed to the low initial purity of the interface RNA samples, indicated by the low A260/A280 and A260/A230 ratios.
UNESCO's most recent atlas offers an online, interactive interface that allows users to contribute comments and suggest amendments, an example of effective crowd cataloging.
