An extended understanding of the partition behavior can be achieved from the structural information such as the micelle size and micelles composition.
LSER use a mechanistic understanding of the partition process, which considers the interaction energies that contribute to the overall free energy of the transfer process (Abraham and McGowan, 1987; Goss and Schwarzenbach, 2001; Kamlet et al., 1988).
Finally, the LSER and TLSER approaches, based on a mechanistic understanding of the partition process (section 2.8), were also efficient for the estimation of the Koc (r > 0.720; Table S7; Baker et al., 1997; Famini and Wilson, 1997; Feng et al., 1996; Poole and Poole, 1999; Xu et al., 2002).
The present investigations provide a fundamental understanding of the stress partitioning of soft and hard phases, and the different work-hardening rates of the multiphase steels.
A thorough understanding of the mechanisms for the partitioning of photosynthates in cereals is crucial for our ability to boost starch yield, to develop specialty crops for the functional food industry, such as barley with enhanced ß-glucan levels, and to tailor cereal production for the non-food industry.
Our results further show the benefit of spatially distributed synoptic sampling for process understanding of hydrologic partitioning throughout the watersheds.
Combined with theoretical understanding of SVOC partitioning kinetics, the empirical evidence also suggests that for SVOCs with high Koa values, the mass fraction in settled dust may not have sufficient time to equilibrate with the gas phase concentration.
Better understanding the partitioning of Gd into the Zn-rich precipitates and the formation of the core shell structures are essential to control the precipitation microstructure and develop high performance Mg alloys.
Solid samples (offline), liquids (offline) and gaseous (offline/online and in-situ mobile ICP-OES) products from a pilot scale fixed bed, air-blown down-draft gasifier and from a pilot scale CO2 capture reactor comprising of the calcium looping cycle, have been collected and analysed in order to gain further understanding of the likely trace element partitioning in both processes.
