Übersetzung für "Binary alloy" in Deutsch

NILO alloy 42, a binary nickel-iron alloy containing 42% nickel.

Incidentally, cold working and the addition of oxygen do not change in any way the tissue compatibility of the binary Ti—Zr alloy.

The simplest brass is copper and zinc binary alloy, which called simple brass or general brass.

GB 846,904 discloses a binary zinc-magnesium alloy containing 10% by weight of magnesium.

Tungsten alloy is a binary alloy of silver false alloy, silver and a silver-tungsten and tungsten.

From this it can be seen that the alloy forming the bucket blade 2 has a coarse-grained microstructure and the alloy forming the bucket footing 3 has a fine-grained one, and that the boundary layer 6 joining the two alloys together is virtually unstructured and, according to chemical analysis, is essentially formed by a binary TiAl alloy containing a proportion of approximately 25 atomic percent of Al.

When, for example, one wishes to control the composition of a binary alloy layer with the assistance of crystal oscillators, then it must be guaranteed that at least two oscillatory crystals are mounted in the system, whereby each oscillator is coated by only one source.

The sensor has an at least five-layered structure on the basis of a combination of three zirconium dioxide layers with two aluminum oxide layers, a metallic heating resistor being embedded between two aluminum oxide layers, and three zirconium dioxide layers being combined with two platinum electrodes and one further electrode made of a binary or ternary alloy of platinum with gold, nickel, copper, rhodium, ruthenium, palladium or titanium.

According to another embodiment of the principle of the invention, the binary alloy of the parts in the valve block is to be extended as the hysteresis thereof with the aid of special thermodynamic processes to realize, after the deep-temperature shaping, a simplified provision at normal room temperatures for the purpose of an easier assembly of ball, valve seat and valve dome.

The method according to claim 1, wherein the volume percentage of each component of the binary alloy is between about 25% and 75%.

The method according to claim 1, wherein the volume percentage of the third alloy component incorporated in the binary alloy by dispersion electrolysis is between about 25% and 70%.

This object is achieved by a sensor of the generic type as mentioned in the introduction, which sensor is distinguished in that it has an at least five-layered structure on the basis of a combination of three zirconium dioxide layers with two aluminum oxide layers, a metallic heating resistor being embedded between two aluminum oxide layers, and three zirconium dioxide layers being combined with two platinum electrodes and one further electrode made of a binary or ternary alloy of platinum with gold, nickel, copper, rhodium, ruthenium, palladium or titanium.

According to the example of a binary alloy, powders of the two components A and B, together with hardened steel balls, are first placed into a suitable milling cup.

Comparing the phosphorus segregation in the binary Fe­P alloy and the ternary Fe­Ni­P alloy with each other (Fig.27) it beco­mes evident that the addition of nickel does not lead to an increased segregation of phosphorus but that in contrary, clearly lesser amounts of phosphorus are found at the grain boundaries of the nickel­containing alloy.

The hardness of this binary alloy was measured as being HV 150, the strength was determined to be at least 500 N/mm2.

In the case of the Raney catalysts, the active catalyst is prepared as ‘metal sponge’ from a binary alloy (nickel, iron, cobalt, with aluminum or silicon) by leaching out one partner with acid or alkali.

In Raney catalysts, the active catalyst is produced as “metal sponge” from a binary alloy (nickel, iron, cobalt with aluminum or silicon) by leaching of one component by means of acid or alkali.

For the preparation of amorphous or nanocrystalline alloys of especially suitable compositions, either binary and ternary alloy systems may be taken from the relevant data collections or may be determined experimentally in a standard way by gravimetric assays of cooling melts in heatable centrifuges.

Thus, for example, it is known that the binary alloy MgZn has a eutectic at 71.9 weight-percent magnesium and 28.1 weight-percent zinc.

Example The invention will be explained by means of an example of a functional element produced from a binary NiTi alloy, such as Nitinol.

First, a plurality of magnetically activated and/or magnetically activatable laminations of a binary cobalt-iron alloy (CoFe alloy) or a ternary cobalt-iron-vanadium alloy (CoFeV alloy) is produced, the laminations having a cold rolled texture.

The composite material as claimed in claim 18, wherein the additional layer is made from a pure metal or a binary or ternary alloy of an element from the first or second element group.

In another embodiment, the additional layer is made from a pure metal and/or binary or ternary alloy of an element from the first or second element group, the advantage of which is that clearly defined properties can be achieved and the diffusion coefficient can be maintained at the lowest level possible.

In the case of Raney catalysts, the active catalyst is produced as “metal sponge” from a binary alloy (nickel, iron, cobalt with aluminum or silicon) by leaching out of one component by means of acid or alkali.