The phrase "appreciable pressure" is correct and usable in written English.
It can be used to describe a level of pressure that is significant enough to be noticed or measured.
Example: "The team faced appreciable pressure to meet the project deadline, which led to increased stress levels among the members."
Alternatives: "significant pressure" or "noticeable pressure".
The 6 mg/kg body weight dose of the extract which produced appreciable blood pressure lowering activity was used further to determine the change in its blood pressure response before and after administration of atropine (1 mg), mepyramine maleate (20 µg) and propranolol (30 µg).
Free bromine is a reddish brown liquid with an appreciable vapour pressure at room temperature.
Regions of the UK continental shelf and the European continental shelf-edge (i.e. Western Channel and Celtic Sea, Northern North Sea and the Goban Spur) receive appreciable fisheries pressure.
A possible explanation for the lack of additional genetic associations might be that too little time has passed for B. pertussis to exert an appreciable selective pressure.
Volatile or semi-volatile substances have appreciable vapour pressure at body temperature, and can therefore be breathed out as gases; furthermore, volatile substances in gaseous phase can be dissolved in condensed water during EBC collection depending on their physico-chemical properties [ 8].
However, considerable method development, and perhaps instrument modification, may be required for materials that cannot be adequately dispersed in conductive fluid systems with appreciable vapor pressures, and the complete validation and round-robins are yet to be performed, with unknown outcome.
The non-linear effects are shown to become appreciable at a pressure of 10 GPa, whereas the difference between the elastic constants in the equations of motion and the Lagrangian elastic constants is not large.
The burning rate trends of both pure binder sandwiches and those containing a mixture of binder with fine ammonium perchlorate particles are investigated over appreciable ranges of pressure and thickness of the middle lamina in the sandwich.
Their two-phase modeling shows that adding 1% nanopowder results in an increase of the Nusselt number by more than 15% without appreciable increase of pressure drop.
