Übersetzung für "Filtergröße" in Englisch

The filter size was chosen to be FG=9.

The regeneration time is between 5 and 7 minutes, in dependence upon filter size.

The number of fast-closing is dependent on the filter size (2-4)

The smoothing effect increases with increasing filter size.

The filter size of the mean value image is adapted to the image content.

Because of their smaller size, the bacteriophages are able to pass through filters of this size.

Check Filter Size to activate.

Here, the filter size denotes the number of signal values taken into consideration upon filtering.

Another problem is the huge filter size, which makes the filters needed very expensive.

Thanks to variable filter sizes, the procedure can be flexibly used on the milligram and kilogram scale.

The size of the filter or perforated plates, lattices or nettings is constructively limited by the stability of these materials and by their manageability.

A particular advantage is that if a filter size of 9 pixels is chosen, no blocking effect will be visible.

In the method for reducing the blocking effect, the signal activity ASI of the central pixel of a filter of filter size FG relative to all pixels of the filter inside the block is determined based on the filter size FG.

The basis for the determination of the filter size FG is Equation (1), from which it follows that n=2.

By extending the filter size to FG=7, the element where the entire filter is inside the block is reduced.

Since, however, such filtering devices generally have a relatively long durability, the problem often occurs that the once chosen filter size of the filtering devices turns out to be either too large or too small in the run of the operating time, so that for that reason an optimum production can not be guaranteed anymore.

Median filters have the property that edge progressions in an image remain after the image signal has been filtered with a median filter, but without image features, meaning that delimited image areas can be masked out (i.e., “filtered out”) depending on the filter size.

The advantage of such a suction-flow division is that surface filters have to be made very large to achieve a sufficient cleaning capacity, but as a rule the booth wall need not be appreciably enlarged with regard to the filter size then necessary.

The advantage of such a suction-flow division is that, as already mentioned, surface filters, in order to achieve a sufficient cleaning capacity, have to be made very large, but as a rule the booth wall cannot be appreciably enlarged with a view to the filter size then necessary.

Since surface filters have to be relatively large on account of their restricted efficiency, but the booth wall usually cannot be appreciably enlarged because of the necessary filter size, it is expedient, in various uses, to design the booth with a secondary suction-channel system comprising a filter device located outside the booth.

Special attention must be paid to hydraulic parameters such as filter size in relation to nominal volumetric flow, mounting dimensions and possible restrictions or fixing dimensions.

To prevent an increase of the phosphate concentration at low levels the service life will least several weeks depending on the size of the aquarium, the size of the PMR filter, and the input of phosphate (e.g.

This way, filter size can be reduced to a tolerable diameter. Were the filters to be put on the front, a filter diameter of 95 mm would be required!

The “filter width” (i.e., the amount of smoothing) can be chosen arbitrarily for all filters except 'sobel_fast' "sobel_fast" "sobel_fast" "sobel_fast" "sobel_fast" (where the filter width is 3x3 and Alpha Alpha Alpha Alpha alpha is ignored), and can be estimated by calling info_edges info_edges InfoEdges InfoEdges InfoEdges for concrete values of the parameter Alpha Alpha Alpha Alpha alpha .

Here the term “local” indicates that the filters used in the interpolation have a finite filter size.

Here, the filter size is selected such that, on the one hand, the virtual second pixel 61 with the predetermined relative pixel size is completely located within the neighborhood and within the local filter, respectively, in the interpolation, and that, on the other hand, the resulting computational burden due to a too large selection of the neighborhood is not too large.

In this way it is possible to obtain a very large magnification of the calibration object in the radiograph or to ensure the filtering with a small filter size over the entire exit cross section.