The phrase "across the filter" is correct and usable in written English.
It can be used in contexts related to processes involving filtering, such as in scientific, technical, or data analysis discussions.
Example: "The data was analyzed across the filter to ensure only relevant information was retained."
Alternatives: "through the filter" or "over the filter".
The backwash water is distributed uniformly across the filter bottom by an underdrain system of perforated pipes or porous tile blocks.
The bridge of aerosols among adjacent pores starts to interact at the filter surface that eventually leads to a continuous aerosol cake layer forming across the filter.
Analysis of centrifugal filtration is complicated by its formulation in radial-cylindrical coordinates and the inclusion of a significantly varying centrifugal force across the filter cake.
Initially, filtration occurs across the filter that quickly leads to most filtration taking place in the upstream thin skin layer facing the incoming flow.
The model incorporates the unit-collector concept for estimating particle deposition rates and the application of the effective medium approximation (EMT) theory for predicting the instantaneous pressure drop across the filter bed.
An in-line filter of a nominal size of 60 μm was used to capture the precipitate and thus detect the onset, which was indicated by a dramatic increase in the pressure drop across the filter.
Thanks to the relaxed threshold, genes CD38, BCL7A, BCL6, MYB, PI3, CD2, CASP10 that are well known to be differentially expressed across the two phenotypes, even if not at the top of the ranked list, have been preserved in the filtered network, thus enabling to preserve this relevant information across the filtering process.
Since there is a gradient in the temperature across the filters (the edges are colder), there is a gradient in the amount of material on the filters.
We optimized the weight of each filter's output so that the linear sum of the outputs across the filters mimicked the neuron's Ca2+-signal responses.
We show that the transition from deep bed filtration to "cake" filtration can easily be identified by recording the change in pressure across the filters as a function of exposure.
Increasing rotational speed and basket radius resulted in an increase in starch separation efficiency due to an increase in centrifugal force generating a high pressure drop across the filtering screen.
