Examples of 'transmembrane pressure' in a sentence
Meaning of "transmembrane pressure"
transmembrane pressure: the pressure difference across a biological or synthetic membrane
How to use "transmembrane pressure" in a sentence
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transmembrane pressure
This step was performed at virtually no transmembrane pressure.
The transmembrane pressure must be maintained at a preset level.
This step was carried out at virtually no transmembrane pressure.
The transmembrane pressure is measured.
The driving force for filtration is the transmembrane pressure.
Comparing the measured transmembrane pressure with a reference transmembrane pressure.
Measured values where the fourth parameter is the transmembrane pressure and.
This variation in transmembrane pressure did not lead to clogging of the membrane.
From these measurements an estimate of the transmembrane pressure is derived.
The transmembrane pressure difference can be controlled by applying different means.
Excess fluid is removed by applying transmembrane pressure over the semipermeable membrane.
The transmembrane pressure is the driving force for the membrane separation.
This is normally represented by a rapid rise in transmembrane pressure immediately following a backwash.
The transmembrane pressure is the force that drives the permeable molecules through the membrane.
A certain amount of plasma is separated while the transmembrane pressure is maintained substantially constant.
See also
Transmembrane pressure of 1 bar is applied.
The purpose of this step is to develop a relationship between transmembrane pressure and time.
Similarly the applied transmembrane pressure was monitored and recorded on the data logger.
The usual parameter used to measure this pressure is known as the transmembrane pressure.
With a negative transmembrane pressure no excess fluid will be drawn from the patient.
The resistance becomes larger as a value of the transmembrane pressure difference becomes larger.
The transmembrane pressure difference in the ultrafiltration is between 1 to 5 bar.
Solvent flux goes down for high solute concentration and low transmembrane pressure.
The passage occurs by transmembrane pressure gradient between the primary chamber and the secondary chamber.
The purification filter was run under conditions of low transmembrane pressure with a restricted permeate line.
The transmembrane pressure and / or hematocrit and / or blood density may be detected continuously.
In the example this other quantity is a transmembrane pressure TMP.
For example the transmembrane pressure TMP can be calculated as follows.
Figure 5 is a profile of ultrafiltration rate as a function of transmembrane pressure.
A fourth parameter relating to a transmembrane pressure TMP between the first and second chamber.
Recirculation of the permeate in co-current ensures a uniform transmembrane pressure.
Measuring a transmembrane pressure of the filter ; and.
Reference 27a represents a second galvanometer which displays the transmembrane pressure.
The process of claim 1 wherein transmembrane pressure decreases as the filtration progresses.
Typically, the flow rate will be adjusted to maintain a constant transmembrane pressure.
In general, an increase in the transmembrane pressure increases the flux across the membrane.
To accomplish this, one operates each stage at a relatively high transmembrane pressure.
Measuring a value representative of the transmembrane pressure in the exchanger to thereby establish a measured value ;.
Reference 27a represents a galvanometer or a digital voltmeter which displays the transmembrane pressure.
Analysis of BFRR and transmembrane pressure.
When transmembrane pressure difference continuously increases over the range, continuous fermentation was terminated.
Thus, it is possible to increase the transmembrane pressure difference.
Locate the transmembrane pressure ( TMP ) and vital sign readings on the control panel.
This inlet pressure is related to the transmembrane pressure by the equation,.
The transmembrane pressure is regulated by controlling the concentration ratio CR using the recirculation pump P3.
Then, the hydrostatic pressure may be used as the transmembrane pressure in the filtration modules.
The transmembrane pressure is 3 bar.
For a given osmotic pressure, the greater the transmembrane pressure the more rapid the ultrafiltration.
As a result, the module could be operated for more than 20 days under a stable transmembrane pressure.
The process of claim 1 wherein transmembrane pressure remains approximately constant as the filtration progresses.
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