stahl…

knife sharpener consisting of a ridged steel rod an alloy of iron with small amounts of carbon; widely used in construction; mechanical properties can be varied over a wide range cover, plate, or edge with steel get ready for something difficult or unpleasant

(n) An alloy of iron, containing various amounts of carbon, manganese, and one or more other elements, such as sulfur, nickel, silicon, phosphorus, chromium, molybdenum, and vanadium These elements, when combined with iron, form different types of steels with varying properties

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Chemical symbol Fe Iron smelted with carbon (more than about 0 05% and less than 2%) along with manganese, silicon, sulfur, and phosphorous Steel is the least expensive and most widely used metal Steel is made primarily of iron and carbon with thousands of varieties possible, depending on the content of those elements and such other alloying metals as chromium, nickel, manganese, silicon, vanadium, and molybdenum Stainless steel is the most common of the alloy steels (see CARBON STEEL, ALLOY STEEL, STAINLESS STEEL, SPECIALTY STEEL)

An alloy of iron and carbon, containing no more than 1 74% carbon

Steel is a very strong metal which is made mainly from iron. Steel is used for making many things, for example bridges, buildings, vehicles, and cutlery. steel pipes. the iron and steel industry The front wall is made of corrugated steel. see also stainless steel

Any forgeable iron alloy with a carbon content of up to 2 % By alloying, e g with nickel, chromium, vanadium, cobalt, manganese, molybdenum, tungsten, by thermal treatment (annealing, hardening, tempering), by the type of deformation (e g cold-forming, etc ), the properties can vary in large ranges and be adapted to the respective utilization purpose

A malleable alloy of iron and carbon, which is 100 percent recyclable, and also has recycled content Steel is used to make a variety of products, such as cans, car parts, appliances, construction materials, tools, toys, and hundreds of other products for consumer and commercial use

an iron-based alloy containing manganese, usually carbon, and other alloying elements

To cause to resemble steel, as in smoothness, polish, or other qualities

A strong alloy of iron and carbon that contains a lower carbon content than cast iron (lower than 1 7%); used in commercial building because of its malleability under certain conditions

Normal Carbon Steel

A sword

{i} hard and strong metal alloy made up of iron and carbon (used for making knives, machines, etc.); object made of steel

alloy of iron; the most common types are Cor-Ten and stainless

an alloy of iron, carbon, and various other elements and metals

Steel, unlike wrought iron, can be tempered, and retains magnetism

Stahl

steel

As of 1950, the European Coal and Steel Community begins to unite European countries economically and politically in order to secure lasting peace. - Ab 1950 begann die Europäische Gemeinschaft für Kohle und Stahl, die Länder Europas wirtschaftlich und politisch zu vereinen, um einen dauerhaften Frieden zu gewährleisten.

Concrete can be reinforced by putting steel bars inside it. - Beton wird durch das Einsetzen von Stahlstangen verstärkt.

Stahl (blanke Hieb- und Stichwaffe)

to temper steel (metallurgy)

Stahl-Paradiesschnäpper

sao thome paradise-flycatcher

Stahl-Schalungselement

steel formwork unit

Steighöhe (Stahl)

rising height (steel)

Abschreckung (von Stahl)

quenching (of steel)

Anlassbeständigkeit (Stahl)

retention of hardness (steel)

Anlassbeständigkeit (von Stahl) (Metallurgie)

good tempering properties (of steel) (metallurgy)

Auflagebalken (Holz, Stahl)

joist

Brünieren (Stahl)

burnishing

Brünieren (Stahl)

browning

Brünieren (Stahl)

unalloyed carbon steel

Europäische Gemeinschaft für Kohle und Stahl /EGKS/

European Coal and Steel Community /ECSC/

Gitterträger (aus Holz oder Stahl)

truss girder

Kohlenstoffgehalt (bei Stahl)

temper (percentage of carbon in steel)

SM-Stahl (Metallurgie)

open-hearth steel /OHS/ (metallurgy)

Siemens-Martin-Stahl

open-hearth steel /OHS/ (metallurgy)

Tufftriding (Stahl)

corrosion-resistant steel /CRES/

Wein wird aus Weintrauben gemacht, Stahl wird aus Eisen gemacht.

Wine is made from grapes, steel is made from iron

alterungsbeständiger Stahl

non-ageing steel

alterungsbeständiger Stahl

non-aging steel

aufgekohlter Stahl

carburized steel

bandbeschichteter Stahl

coil-coated steel

den Stahl kohlenstoffarm machen

to convert the steel into mild steel

ferritischer Stahl

ferritic steel

gezogene Laufseele aus Stahl

rifled steel insert

gezogener Stahl

tensional steel

halbberuhigter Stahl

kohlenstoffarmer/niedrig gekohlter/weicher Stahl

LC steel

kohlenstoffarmer/niedrig gekohlter/weicher Stahl

low-carbon steel

kohlenstoffreicher Stahl

high-carbon steel

legierter Stahl

alloyed steel

martensitaushärtender Stahl

maraging steel

mit Sauerstoff besprühter Stahl

spray steel

mit Stahl verkleidet

steel-clad

nichtrostender Stahl

stainless steel /SS/

nichtrostender Stahl

corrosion-resistant steel /CRES/

niedriglegiert (Stahl)

low-alloy (steel)

rostfreier Stahl

corrosion-resistant steel /CRES/

rostfreier Stahl

stainless steel /SS/

sauerstoffgefrischter Stahl

oxygen-refined steel

vergüteter Stahl

hardened and tempered steel

verzugsfreier Stahl

non-warping steel

witterungsbeständiger Stahl

patinable steel

witterungsbeständiger Stahl

weathering steel

İngilizce - İngilizce

stahl… teriminin İngilizce İngilizce sözlükte anlamı
Franklin W Stahl: born Oct. 8, 1929, Boston, Mass., U.S. U.S. geneticist. Educated at Harvard University and the University of Rochester, he worked primarily at the University of Oregon. With Matthew Stanley Meselson he discovered and described (1958) the mode of replication of DNA. They found that the double-stranded helix breaks apart to form two strands, each of which directs the construction of a new sister strand
Franklin William Stahl: born Oct. 8, 1929, Boston, Mass., U.S. U.S. geneticist. Educated at Harvard University and the University of Rochester, he worked primarily at the University of Oregon. With Matthew Stanley Meselson he discovered and described (1958) the mode of replication of DNA. They found that the double-stranded helix breaks apart to form two strands, each of which directs the construction of a new sister strand

stahl…

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stahl…

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