These results lead to the conclusion that the molecular mobility in solutions below about 70 wt% is fast enough to take the almost random chain conformation as expected, but the sPP chains in solutions above about 70 wt% including in the bulk state tend to take trans-rich conformations, probably due to some kind of intermolecular interaction.
These results suggest an overall reduction in auxin molecular mobility in acidic solution due to formation of noncovalent host-guest complexes between the protonated auxin molecules and the host.
The fluctuations around the average structure (Cα root mean square fluctuation, Cα-RMSF) that occur in this part of the simulation reflect the degree of mobility in the solution structure (Figure S1A).
This is because viscosity and refractive index both affect the mobility of nanoparticles in solution, causing deviations in the measurement.
This observation is expected as larger heparin oligosaccharides are continually cleaved into smaller fragments throughout the digestion, thus increasing their individual mobilities in the solution.
Dislocation mobility in a solid solution was studied using atomistic simulations of an Mg/Al system.
If TPP adsorbs directly to soil mineral surfaces, this could not only reduce TPP mobility in the soil solution but also reduce calcium phosphate (Ca-P) mineral precipitation.
Considering that the electrodeposition process depends on the ion mobility in an electrolyte solution, we also explored the effect of temperature on the morphology of the films.
However, the limitation of that view in terms of conformational structure, bioreactivity, and physical chemical mobility in the soil solution prevented progression beyond a pure geochemical role for humic substances in soil and to appreciate the complex essential relationship between humic matter, soil microorganisms, and the below-ground plant roots activity.
The increase of values of ∆G with temperature indicates that adsorption process is more favourable at higher temperatures, probably as a result of the increased mobility of dye species in solution.
