Translation of "Eisenanteil" in English

This number indicates that its iron content is 400,000 times less than that of the Earth's sun.

The mare basalts have relatively high iron values.

The alloy contained a proportion of iron in nickel of 15%.

The alloy has an iron content in the nickel of 15%.

The alloy comprised an iron content in nickel of 15% by weight.

It's fake, the copper content is too low. Master, Master!

The copper content in these coins is low, so they break easily.

The iron content in each iron alloy is at least 46%.

In particular, the steel has a suitable iron content.

Sure, red meat is known for its high iron content.

They contain less than 0.005%, by weight, of iron and 38%, by weight, of Na2 SO4.

The alloy had an iron content in nickel of 5% by weight and a Zr content of 10.9% by weight.

A high-quality joining zone is ensured by the high content of iron in the coupling piece 16 .

A joint zone of high quality is ensured by the high iron content in the intermediate part 16 .

The iron portion in the particles is 60-65% (w/w).

Hence, it takes several coats of magnetic paint to increase the iron content.

In effect, thus, all the working Examples of the patent as granted require an iron content which is higher than 0.10%.

Further, iron content is sufficiently low to negate the need for magnetic separation.

HE1327-2326, discovered in 2005 by Anna Frebel and collaborators, was the star with the lowest known iron abundance until SMSS J031300.36-670839.3 was discovered.

In contrast, a thin metal film 24 with a high iron content is produced, however, at the bottom area 22 of the cut surface suring the flame cutting procedure, which is firmly connected with the base material of the cut surface 14 and becomes the slag bead 20.

This demands phosphating processes characterized by a high percentage of iron in the deposited coating, that is, high percentages of zinc iron phosphate (phosphophyllite) should be formed in addition to zinc phosphate (hopeite).

A protective layer for a metal substrate is metallurgically bonded to the substrate and contains (as a percentage by mass) 35 to 50% chromium, up to 10% of which can be replaced by molybdenium, and at least iron, the proportion of iron being at least 25%.

Bright nickel-iron alloys have an iron content of around 5 to 25% and, optionally, a sulfur content of around 0.02 to 0.05%.

If nevertheless molten slags or metals penetrate into the pores, the synthetic titanium supports present react such that, on account of the greatly increasing temperatures, the iron content in the synthetic titanium support fuses, the TiO 2 content therein is dissolved and, both due to the carbon content of the base substance and to the carbon carrier admixed with the synthetic titanium support, as described above, reacts to form titanium nitride or titanium carbonitride, as the case may be.

For reducing the refining cost, a certain percentage of iron remains in the ferroalloys; this has the effect that these ferroalloys are not only moderate in price but also brittle when they have solidified, i.e. they can be reduced to a desired powder grain size.

During the subsequent hot compacting of the powder mixture, the temperature is kept so low that, due to the diffusion of carbon into the ferroalloy particles, non-melted carbide particles (TiC, NbC, VC) are formed whose core is enriched with the iron component of the ferroalloy.

Comparison with the above-mentioned examples which have a lower iron content shows that both the a/? conversion temperature T1 and also the temperature factor TF increase with the proportion of iron.