Translation of "Relative fehler" in English

The errors shall be less than ± 1,5 per cent of the channel amplitude class.

The relative error in the reference time shall be less than 10-5.

The relative error in the reference time shall be less than 10–5.

For the whole national cereals crop the relative error is under 1%.

The relative error was 2.0$£ for parallel streamline flows.

In this load and speed range, the relative error is thus constant.

The relative error which occurs relates to the large individual values measured.

The relative error e(%) is defined as :

The relative error caused by interference is larger.

The relative error is 5.1197% and is therefore greater than 5%.

Here, the relative error is 4.3499% and is less than the target accuracy.

At a concentration of 0, the relative error is infinite.

The relative deviation of the displayed value has to be calculated firstly.

Thus, as ascertained above, the first relative error decreases with increasing R.

Thus, as ascertained above, the second relative error increases with increasing R.

As the relative error becomes smaller with increasing concentration, the model function must be monotonically decreasing.

As a consequence, the relative error is comparatively high, causing a dispersion of the sensor parameters.

In (16) page 87 the maximum relative error in the selected channel shape was 0.3% for the study with curved streamline flow.

Area data under the new system are not subject to sampling error. In the new system, provisional figures on crop areas are available at the end of August and definitive results in the following January.

The worksheet data in respect of individual holdings has been used to show that final production data are likely to have an inherent relative error well within the limits set by Regulation 837/90.

For example with a relative band width of 2 ^ (lattice constant g = 0.2 mm, diameter or length of laser beam on the object D = 5 mm), a speed of 10 m/s and a resulting frequency of 100 kHz and a measuring time of 40 ms, the average relative error isO.65 .

In view of the high conveying speeds of e.g. 80,000 products per hour, it is also very important to have very precise figures, because even relatively small errors lead in absolute terms to considerable divergences between the actual and the desired quantities and to corresponding economic disadvantages (material losses, superfluous time demands on the printing line and personnel, etc.).

In other words, the absolute measurement error is also reduced for low levels of optical absorption, but the decisive relative error remains almost unchanged.

It is therefore decisively greater than the relative error, which is made during the direct measurement of the significantly smaller difference.

In just this simple example, with only five fuse sections, the relative error has thus been reduced from 73% to only 9% in comparison with a conventional configuration.

The only limitation for varying the current accepted sync frequency is given by the fact that with a decreasing ratio between the number of stepping pulses to the sync or data frequency, the number of stepping pulses SP occurring during the time between two sync times decreases. As a result, the relative error occurring from the counting of stepping pulses, that is their whole number, presents itself as an error of quantization.

In the event of unsatisfactory adherence to process parameters and insufficient removal of polyimide on the metallic fuse sections, a resulting relative error in a characteristic of the circuit is minimized according to the method since the fuse section corresponding to the most significant bit is neighbored on both sides by other fuse sections.

The method as recited in claim 1 further comprising the step of enhancing the contrast between layers of the heterolayer sequence by using image-processing software. The method as recited in claim 1 wherein layer thicknesses of the heterolayer sequence are determined using X-ray diffractometry, and further comprising the step of comparing measured X-ray diffractometry spectra to arithmetically simulated spectra so that the arithmetically simulated spectra have a relative error for thickness determination under 1%.