Übersetzung für "Drying shrinkage" in Deutsch

The green body has a high mechanical strength and a low drying shrinkage.

This effect can lead to strong drying shrinkage and thus to crack formation.

In all drying methods, shrinkage of the particles was observed.

For instance, drying shrinkage can be reduced by using rather coarse SiO 2 particles.

After the drying shrinkage of 10.3% has been achieved, the green body is extracted from the hose 9.

In the drying of the layer applied by spraying, immersion, or other suitable process, a substantial drying shrinkage occurs, and associated therewith is the great danger of crack formation, which results in defective coatings.

Upon drying and firing, a drying and firing shrinkage occurs which must be taken into consideration in the manufacture of the green bricks.

Because of the lack of plasticity of the annealed clay minerals of the brown coal fly ash with brickworks products of this kind, relative to that of products manufactured from unannealed clays, advantageously only a very low shrinkage occurs, that is to say firing and drying shrinkage are very low, and sharp edges and a good dimensional stability result.

After a drying time of 3 days at a temperature of 25° C. the green body has a drying shrinkage of 10.3 %.

On drying, shrinkage does not generally take place since it is prevented by the resilience of the compressed foam mouldings.

For the required properties of the tube casing it is advantageous for the latter to experience, upon drying, a longitudinal shrinkage on the inner radius of curvature of preferably about 10 to 30%, in particular 15 to 27%, based on the tube length before drying.

This means that the fiber fabric must have such a thickness that, after complete drying and shrinkage, these final thickness dimensions are reached.

After this process the linear drying shrinkage of the green body is preferably not more than 10%.

In the perforated slab according to DE-PS 24 01 271 there is a further disadvantage in that on the front surface, which during drying of plastic ceramic blanks is positioned at the top, in the area of the T-shaped cross-section formed by the front slab segment and the stud links, there is an accumulation of material that causes the formation, not only during drying, of shrinkage movements that take the form of optically unaesthetic flat depressions.

By means of this drying method, shrinkage and crack formation in the aerogel may be substantially avoided or decisively decreased.

The thickness of the coating depends on the desired thickness of the magnetic layer, taking into account the shrinkage of the applied layer of magnetic dispersion on drying (shrinkage factor).

This is first surprising for the reason that although SiO 2 nanoparticles are known to show a high sintering activity, which explains the comparatively low sintering temperature, they effect a high drying shrinkage in a high concentration, namely in lateral direction (in the layer plane) and can thereby lead to delamination of the layer and to the formation of cracks.

Nevertheless, the precision of intraoral scans is better process related, since even when using good impression materials always a drying-induced shrinkage takes place and during the transfer of the contour information of the natural tooth to the impression template and in turn from the template to the finished form inevitably a loss occurs.

As is generally known, while SiO 2 nanoparticles show a high sintering activity, which explains the comparatively low sintering temperature, they nevertheless effect on the other hand a high drying shrinkage at a high concentration, namely in lateral direction (in the layer plane), and can thereby lead to delamination of the layer and to the formation of cracks.