Examples of 'porosity can' in a sentence
Meaning of "porosity can"
porosity can: Describes the ability for a material to allow the passage of fluids or air through small openings
How to use "porosity can" in a sentence
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porosity can
Porosity can be reduced by checking the following points.
Devices with different porosity can also be prepared.
Porosity can be measured by means known in the art.
Keep in mind that hair porosity can change over time.
The porosity can be determined by the following formula.
By optimizing the processing parameters the degree of porosity can be controlled.
Porosity can affect the measurement of.
The density and therefore porosity can be determined by measuring in a pycnometer.
Porosity can be manipulated by mixing salts or other extractable agents.
If pressure is used then porosity can occur in the casting which is unacceptable.
Porosity can be accounted for by both open pores and closed pores.
A perforated plated of the same or a different porosity can be used as a gas sparger.
This porosity can also be adjusted by means of deposition parameters.
Only the optional elimination of the initial porosity can be responsible for this variation.
The porosity can be present as open or closed porosity or in a combination.
See also
With it the relation between the detected internal stresses and porosity can be obtained.
The porosity can vary.
Both large and small tools with uniform porosity can be produced by the process.
The varying porosity can be achieved by a number of different techniques.
The fields of gas filtration and purification require materials whose porosity can be perfectly controlled.
The porosity can be tailored using algorithms within the software.
Both density δ and porosity can be expressed in %.
The porosity can for instance be obtained by shrinkage during cooling or curing.
The structured nature of the porosity can be observed in different ways,.
The porosity can be a very important parameter when working with granular materials.
If the total volume is known, the value of the porosity can be deduced.
The open porosity can vary depending on the desired application.
Using changes in weight as well as elevation, the open porosity can be characterized.
The kinematic porosity can be assumed to be the same as the accessible porosity.
However, decreasing the headbox flow rate the porosity can be slightly decreased.
It has been seen that porosity can be desirable as regards the desired abradability.
By saturation with the product, their original strength and porosity can be practically restored.
Manipulation of the porosity can be achieved according to the invention in a number of ways.
Furthermore, when fibres are processed into woven structures, varying degrees of porosity can be provided.
The intraparticle porosity can be conveniently measured by standard mercury porosimetry testing.
Based on the above described measurements and equations, the particle porosity can easily be derived.
The intragranule porosity can be conveniently measured by standard mercury porosimetry testing.
These results show, among other things, that the porosity can be varied within wide limits.
The porosity can be adjusted by selection of the particle size range of the material.
The juxtaposition of the materials with different porosity can be done vertically, horizontally or obliquely.
Their porosity can absorb the seasonings much more than normal pasta.
Since V t, has been measured otherwise, a measurement of the porosity can be deduced.
Reliable estimates of porosity can be obtained from different types of geophysical well logs.
Hence, in like manner to pore size, total porosity can vary widely.
This porosity can be influenced by the selection of raw materials and process conditions.
It is contemplated that over 50 % porosity can be present in the anode.
The desired porosity can be fine tuned by the amount of pore formers added.
The present process makes it possible to obtain silicocalcareous masses wherein the porosity can exceed 90 %.
Maximum porosity can be desired for the fibrous and porous material of the lining.
A base support ( beads, foam, sponge, for example ) with a variable porosity can be envisaged.
