As for the TiO2 crystalline phases, anatase TiO2 was widely recognized as the most suitable phase for photocatalysis [26, 27]; but recent reports suggest that mixed rather than single phases can be even more active [28, 29].
For the monoolein/water system, the Pn3m phase has proven to be the most suitable phase for the crystallization of membrane proteins [63 68].
In this work, a rational selection strategy was applied for choosing suitable sequestering phases for geranyl glucoside production by whole-cell biotransformation of geraniol.
CO2 hydrate has been proposed as a cold storage medium for its suitable phase change temperature and large latent heat.
We adopt a suitable phase-field approach [31], allowing for the simulation of length and time scales compatible with the experimental ones [32].
Furthermore, a novel and suitable phase change composite material is developed for cold storage condensation heat recovery, which has a relatively large latent heat, high thermal conductivity, and an appropriate phase change temperature (i.e. 80 °C).
Finally, the mixture solution of phosphate buffer (10 mM), trimethylamine (0.5%, v/v) and methanol (15%, v/v) was demonstrated to be the suitable mobile phase for the improvement of peak shape and peak symmetry.
There is a need for a flexible Phase II study design which will test such novel antifibrotic strategies in order to identify agents suitable for phase III testing.
Unfortunately, the valves commercially available are almost exclusively suitable for-single phase flow, and only one valve system compatible with multi-phase systems has been presented so far in the literature.
This yielded a highly redundant dataset suitable for phasing.
