Translation of "Oberflächeneffekte" in English

Surface effects which can occur on test specimens are negligible.

When using special structures, surface effects become additionally effective.

Capillaries are narrow spatial structures in which surface effects of liquids occur.

In a sufficiently large collecting chamber, surface effects are virtually no longer effective.

Surface phenomena, for instance, might lead to partial breaking of the emulsion.

Further capabilities of polimeric foams are surface effects, soft-touch effect and better insulation properties.

Colors, surface effects, 3D effects, hapticproperties, there is so much to discover.

Furthermore, the edge body can also be used for implementing special surface effects.

However, the use of the fillers is indispensable for obtaining special surface effects.

Its advantages include rich sculpture, technology, surface effects, color and more.

The tensile, touch feeling, surface effects are perfect!

We grind components in order to clean them or to create surface effects.

Interesting surface effects can be achieved by means of a PATINATION AGENT or self-made chemical baths.

These negative surface effects can be prevented by adding migrating polar additives to the polymer matrix.

Adding some appearance effects through Themes, even more crisp results can be achieved.

But here must be made a distinction between ordinary textures, textures for sprites and textures for surface effects.

In some cases it is also possible to achieve special surface effects (streaks, marbling a.s.o.).

The availability of steps and skirtings complete the ample colour range and proposed surface effects.

Among other things, vertical transistors have the advantage over lateral transistors in that the current does not flow at the surface and therefore, surface effects have only little influence on the transistor function.

However, in orienting anisotropic, thin LC polymer films by electromagnetic fields or by surface effects, one is limited to structured support materials and specific film thicknesses.

They can of course also be aligned by customary methods, such as by surface effects or electrical or magnetic fields.

Further attractive surface effects may be achieved by the water-soluble particles not being quickly leached out, but being caused to slowly effloresce and only completely removed thereafter.

The causes for these surface effects on knitted goods could reside in a very fine loop structure of the yarns according to the invention.

In order to obtain specific advantageous and uniquely reproducible surface effects for the above mentioned material behavior, it is of considerable importance that one adheres exactly to specific structure parameters of such a fluoridated surface.

In addition, the process is used for obtaining special surface effects, for example for imitating a polished aluminium surface on plastic articles.

It is, of course, also possible to use conventional methods such as surface effects, or electrical or magnetic fields for orientation.

Very short response times can be achieved with these ultrathin films when used in gas sensors because of the restriction to the surface effects produced only by the interaction between the film and the test gas.

Through the device according to the invention in which the luminous elements radiate at an oblique angle, preferably below 45°, onto the surfaces to be matched, both surface faults of every kind and color faults as well as further surface effects for example the sag in metallic paints, may be recognized, the observer, when matching the object, being located between said object and the luminous elements, and through changing his location and/or through changing the direction of observation, all the required beam paths and observation paths can be realized.