The phrase "a much higher pressure" is correct and usable in written English.
It can be used when comparing levels of pressure in various contexts, such as scientific, engineering, or everyday situations.
Example: "The new design operates under a much higher pressure than the previous model, which improves its efficiency."
Alternatives: "significantly greater pressure" or "considerably increased pressure".
However, the particles here caused a much higher pressure buildup than that in the slot disk.
The main difference between CO2 and other refrigerants is that CO2 must be used at a much higher pressure, which necessitates stronger pipes.
Darden explains that sonic booms are the result of the molecular build-up from a much higher pressure on the inside of a supersonic vehicle and the smaller pressure on the outside.
The suction mode generated up to 83 kPa pressure inside column whilst down-flow mode generated a much higher pressure of 214 kPa, thus making the suction mode more efficient.
It is practically limited to a stagnation density of roughly 0.1-1bars, buthehe mean free path is so much smaller than the nozzle dimension that we believe the results can be extrapolated to a much higher pressure with simple density scaling.
If the feed is a liquid at a much higher pressure than the column pressure and flows through a pressure let-down valve just ahead of the column, it will immediately expand and undergo a partial flash vaporization resulting in a liquid-vapor mixture as it enters the distillation column.
Compared with the results of standing wave thermoacoustic heat engines, the experimental results show the engine has a lower onset temperature, much higher pressure ratio and higher efficiency.
"We think we've got a winning solution for hydrogen, which is much higher pressure," said Rick Maveus, the company's global business manager for advanced composites.
It is suggested that MEPCM particles loading induces much higher pressure drop, which is very sensitive to temperature.
Fishel (Fishel 1935) observed that laboratory tests for permeability are made with much higher pressure gradients than those encountered in water-bearing formations.
This is because of the fact that RO operates at much higher pressure than ED, thus emitting additional GHG emissions due to increased electricity consumption.
