The effective bond length obtained from the strain distribution plots suggests that the temperature cycles may increase the bond length in the long term and thereby, using longer bond length may improve the performance of GFRP-concrete bond subjected to such environmental condition.
However, the SF and GCG resin composites are only light-cured composites and exhibited an adhesive mode of failure; therefore, heat treatment of BG may increase the bond strengths to the Techceram substrate.
It is possible that Met-44 has a role in regulating caspase-3 cleavage/activation process, and oxidation of Met-44 may increase the hydrogen bonding to the surrounding amino-acid residues and alter the local structure, thereby affecting the proteolytic maturation of procaspase-3.
The results from this study indicate that refining the layer interface bonding may increase the fatigue resistance of freestanding aluminum alloy CS deposits.
A master grid map showed that large steric groups at the R2 position, the nitrogen of the amide bond and position Y could greatly reduce activity, and the presence of large steric groups placed at positions X, R4 and surrounding the oxygen atom of the amide bond, may increase the activity of thiazolides against Neospora caninum tachyzoites.
These bonds may increase the probability that health information is disseminated among the groups or neighborhood.
The insufficient bond adhesion may increase the transferred stresses and extended strains in the relevant layers when applied to traffic.
Sooner or later, it will have to be restructured again.For Latin America, that is worrying: by reminding investors of the risks attached to the region's bonds, it may increase the cost of capital.
Results reveal that even small violations in the bonding between layers, may increase the resulting stresses, lateral deflections, and the differences between lateral deflections of the successive layers to more than twice, thrice, and five times, respectively.
For example, a neighboring formula with a different number of double bond equivalents (DBEs) may increase or lower the output structures that can contain any given set of motifs in an almost unpredictable fashion.
