The phrase "a relatively high flow of" is correct and usable in written English.
It can be used when discussing quantities, rates, or levels that are above average but not excessively so, often in scientific or technical contexts.
Example: "The study observed a relatively high flow of water through the filtration system, indicating its efficiency."
Alternatives: "an above-average flow of" or "a significant flow of".
They exhibit a good thermo-mechanical resistance, a low sensitivity to the presence of defects, a relatively high flow resistance and are attractive for catalytic contactor applications.
In neonatal care, the delivery of relatively high flows of heated and humidified gas via a nasal cannula has gained increasing acceptance in the treatment of respiratory conditions.
Fish emigrating from the American River, in contrast, move within the relatively high flows of the Sacramento River and do not have to navigate through a dam prior to entry into the delta area.
Despite the relatively high flow rate of the MeCp2Mn precursor during the epitaxial process (20% of the III metal precursor flow), the Mn content in the layers remains in the order of 1% cations as established through SIMS measurements, which show that a large part of the Mn is not incorporated in the layer and is either desorbed or accumulated at the surface.
At the relatively high flow rate of 300 μm h 1 used in previous experiments, the uniformity of culture surface DO is significantly increased by use of a gas permeable lid.
However, even at relatively high flow rates an adequate amount of peptides is still formed and the protein can be identified on the basis of the fragments present.
Purevdorj et al. [ 52] found that at relatively high flow rates flow velocity was a stronger determinant of P. aeruginosa biofilm structure than quorum-sensing-required functions.
Because of the relatively high flow rates encountered during the smoking process, mesopores appear to be beneficial as transport pores especially in cases where the micropore volume is relatively low and thus the most accessible micropore sites may be rapidly saturated.
There was still no proper understanding, however, of problems as fundamental as that of water flowing past a fixed obstacle and exerting a drag force upon it; the theory of potential flow, which worked so well in other contexts, yielded results that at relatively high flow rates were grossly at variance with experiment.
These features have relatively high flow velocities.
