Translation of "Homogenes material" in English

In principle the material used for the surface layer can be a homogeneous material.

A fine homogeneous material is observed.

The tube mat 1 has a uniform, homogeneous material.

Located between the material surfaces is a material of the workpiece that is homogeneous with regard to the radiation absorption.

The result is a homogeneous material which is employed in this form for the subsequent experiments.

What is a homogeneous material?

The result is a nearly homogeny, extremely hard and resistant material.

Steel is a homogenous material and is subject to documented quality control procedures during manufacture and rolling.

Ingot portions having segregations must be removed which results in the material gain decreasing with increasing alloying contents and an increased difficulty of achieving a homogeneous material with the desired composition.

It can be accepted only for an industry where one homogeneous material (or, at most, a few materials) accounts for the bulk of materials used.

The other regions of the wedge contain a homogeneous material with metal power of, for instance, 100 to 200 micron grain size with a constant and low sound attenuation.

For example, prior German Patent Application P 3 721 147.1 proposes first grinding a homogenous, superconductive material to render it finely grained, and then filling suitable encasing members, for example, tubing or pockets made of highly cold-forming metals, with the finely grained material, and then giving the filled encasing members the desired cross-section through cold deformation.

This preliminary condition, however, is only present when homogeneous, non-corroding material is employed for the contact parts or when the surface layer thicknesses are constant given electrically treated contact parts.

Through stirring under evacuation or treatment with a roller frame or the like measures, a homogeneous, bubble-free material is produced and filled in opaque containers.

In order to be able to generate a homogeneous material by means of tempering, it is recommended to select as low as possible a layer thickness (for example, 1 through 150 nm, preferably below 50 nm).

Despite short residence times a homogeneous, transparent material is obtained according to the invention which exhibits, neither degradation nor polymerization or discoloration but excellent transparency when using extrusion temperatures of 250 to 330° C.

Also, due to the swelling capacity and/or the possibility of chemical bonding of the filler materials, a homogeneous material with high firmness is achieved.

In the multistep process according to the invention it is important that in the first step a sufficiently cohesive homogeneous material is produced by adding the auxiliary substance in a mixer.

Surprisingly it has been found that by using vinyl ether compounds as a polymerisable component it is possible to obtain compositions capable of being cured by radiation that are of great sensitivity and that, in addition, produce in the fully cured state a homogeneous material having a high network density and a high modulus of elasticity and also good tear resistance if the vinyl ether compounds contain in the molecule, in addition to the vinyl ether groups, functional groups other than vinyl ether groups that are capable of a cross-linking reaction, such as acrylate, methacrylate, epoxy, alkenyl, especially vinylalkyl, cycloalkenyl and vinylaryl groups, especially styryl groups.

It is essential in the multistage granulation process according to the invention that in the first stage a sufficiently cohesive homogeneous material be produced by addition of the binder in a mixer.

As a homogeneous, authentic material, rubber offers many advantages in libraries – both in terms of high design flexibility, thanks to the variety of colors and patterns, as well as in terms of acoustics. Because of their permanent elasticity, rubber floors reduce walking noise, so that a pleasant soundscape is maintained even in large libraries.

This technology results in a homogeneous material that has an excellent mirror-like surface, a high degree of flatness, and outstanding optical quality.

Celluloid is a homogenous and hard material, easy to mold, very robust, nearly indestructible, and above all, little affected by atmospheric changes.

At the same time, these concentration values do not apply to the end product or a single component, but only to the weight of a homogenous material – homogenous substance, which theoretically can be mechanically separated from other substances.

The term “compounding” refers to a separate processing step in which raw PVC (i.e. the product obtainable directly from the polymerization of vinyl chloride) is mixed, while being heated, with stabilizing additives and optionally with plasticizers, fillers, and further additives, in order to form a substantially homogeneous material.

For material that is thermally and mechanically homogeneous, there is usually a quality improvement in the product obtained at the outgoing end of the screw when the flight depth of the metering zone of the screw is very large and compression in the screw is kept very low.

For material that is thermally and mechanically homogeneous, there is usually a quality improvement in the product obtained at the outgoing end of the screw when the flight depth of the metering zone of the screw is very large and the screw rotation rate is kept very small.