Übersetzung für "Critical structures" in Deutsch

Various critical production structures on the photomask can be moved to one after another and then respectively be imaged and scanned.

The specific programmes of the 7th Framework Programme represent further consolidation of the European Research Area, achieving critical mass and structures in new areas of research and by new means, and further supporting the free movement of ideas, knowledge and researchers.

For example, all Member States would need to have preparedness plans in place that would cover both health measures and other critical sectors, and structures and capacities would need to be set up in compliance with agreed check lists.

For the purposes of ascertaining and defining critical market structures, therefore, the following statistical characteristics should be determined under the Commission's existing programme of concentration analyses:

Nonetheless, the concentration ratios described can be used to characterize measures of inequality for partial distributions and measures of dominance for critical market structures, especially those types of oligopoly that threaten competition.

The resultant dimensional gain in the critical structures ("CD gain") of up to 0.2 ?m is no longer within tolerance for structure dimensions in the submicron range.

During electro-forming of the microstructure element, elevated temperatures are achieved, in some cases resulting in warping of particularly critical structures having a high aspect ratio.

Further, in order to avoid undesirable couplings when using MIM capacitors, a relatively large space must exist between the metal faces of the capacitor and critical conductor path structures.

Itis thus critical thatindustrial relations structures and bargaining processesadapt to offer an appropriate framework to the emerging knowledge society.

Although the safety margins may moderate the adverse effects of a change of position of the target volume, the safety margins may lead to irradiation of adjacent, critical structures, such as the bladder or the rectum, for example.

Based on our knowledge of the distribution of temperature fields in a body we solve elasto-plastic analyses with the aim to identify critical points in structures.

Due to the different filling levels of the bladder 13 and of the rectum 15, a position and a shape of the target volume and the volumes of the critical structures differ slightly from data set to data set.

The volume or volumes 25 of the critical structures such as those present in the first data set IM 1 are removed from this amalgamation target volume 23 .

The target volume or volumes and the volume or volumes of critical structures may already be identified or already outlined in the data sets.

With this method, the irradiation treatment plan calculated in this way takes into account any possible changes to the location or position of the target volume (e.g., in that it takes into account a plurality of data sets and actual positional changes of the target volume that occur in reality and forms an amalgamation of different target volume positions or shapes), but takes into account the specific position of the critical structures (e.g., in that the critical structure is only removed from the data set selected as the starting point of the method).

However, it is only a three-dimensional exact representation of the interior of the body that allows, for example, exact repositioning of bone fractures on joints or exact positioning of implants relative to critical anatomic structures.

Optimization of this fluence matrix leads to the desired dose distribution (usually homogeneous) in the target area under optimal protection of the critical structures.

Thereby the development of critical destruction structures, which initiate a breakdown, can be prevented by an efficiently plannable repair.

The user can thereby visually validate the position the position of the simulated actual implant drilling model with regard to critical structures from the x-ray data, such as the course of the jaw bone, the nerves or the gingiva, and/or in comparison with the target implant drilling model.

The original x-ray data 36 for the implant planning has critical structures such as nerves 37, dental roots 38, the jaw bone 39 or the course of the gingiva 40 .

The user can therefore visually validate the position of the simulated actual implant drilling model 26 with respect to these critical structures and correct them by adjusting the drilling template accordingly, if necessary.

One critical variable in semiconductor production, therefore, is the change in the thickness of the critical structures (CD) which is brought about by the process, and which is also designated as “variation of the critical dimensions” or “CD variation”.

When the pupil size is compared to the Fourier component distribution occurring when the image is Fourier-transformed, some Fourier components lie outside the pupil size in critical structures (structures at the limit of resolution), so that this direct approach of Fourier transformation does not lead to the desired pupil distribution, since all Fourier components must lie inside the pupil size.

For the applicability of the process described above therefore only the possible implementation alternatives of the critical parts structures must be known, while however which implementation alternative was actually used in the implementation of the digital circuit to be verified does not have to be known.