The phrase "stable separation" is correct and can be used in written English.
It is typically used when describing a situation where two entities or things are separated or distinct in a stable and consistent manner. Example: "After their divorce, the couple agreed to maintain a stable separation for the sake of their children." This means that although they are separated, they have a stable and consistent arrangement for co-parenting. Another example: "The boundaries between the two kingdoms were established to ensure a stable separation of power." This means that the borders between the two kingdoms were set in a way that would maintain a stable and consistent balance of power between them.
No stable separation bubble is found on the low hill.
Two kinds of hill shape, a steep one with stable separation and a low one without stable separation, and two kinds of upstream roughness condition corresponding to two kinds of velocity profile are considered.
The investigated processes showed a stable separation performance, indicating the applicability of PolyActive™ polymer as a membrane material for industrial-scale gas processing.
Compared with the conventional fluidized bed (CFB), SAFB demonstrated smaller fluctuations of bed pressure drop, generated more smaller-sized bubbles, and had a more even bed density, which indicated more stable separation condition.
Excellent and stable separation could be achieved between the two groups, using three sensing features from three different sensors (see Supplementary Information, Table S4).
This subset achieved is however too diverse and the resulting tree does not give any stable separation of sequences into clades.
Although SRTS system has a lot of advantages compared with many other stable quick separation systems, but at present, the knowledge about this new type of separation system is limited.
Accordingly, a final configuration has been proposed for stable hydrogen separation and tested for several hours of time on stream.
The results demonstrated a feasible method of preparation of latex films with stable microphase separation structures and thus improved mechanical properties.
Subsequently, these electrons would transfer to anatase SnO2, and this multistep transfer should be more efficient than path 2. As depicted in our previous work, rutile crystallites in the mixed-phase TiO2 nanotubes would increase electron transfer from rutile to lower energy anatase lattice trapping sites, leading to a more stable charge separation [15].
As shown by Teraoka [31], given two different points, r1 and r2, the Gaussian distribution indicates a transition probability for r2 to move into a small volume around r1, justifying in our case a stable phase separation of CL-enriched spherical domains in a LA-enriched matrix.
