Немецкий Язык - Турецкий язык
Определение stahl… в Немецкий Язык Турецкий язык словарь
- Stahl
- e {şta: l} r çelik
- Stahl
- [der] çelik
- stahl
- (Gramer) stehlen stiehlt stähle hat gestohlen DA çalmak
Связанные Термины
Английский Язык - Турецкий язык
Определение stahl… в Английский Язык Турецкий язык словарь
- steel
- çelik kaplamak
- steel
- kurç
- steel
- {f} hazırla
- steel
- katılaştırmak
- steel
- sertleştirmek
- steel
- {i} çelik
Geçen yıl çelik üretiminin 100 milyon tona ulaştığı tahmin edilmektedir.
-Steel production is estimated to have reached 100 million tons last year.
Çelik üretiminin bu yıl 100 milyon tona ulaşacağı tahmin edilmektedir.
-Steel production is estimated to reach 100 million tons this year.
- steel
- (sıfat) çelik, çelik gibi, katı, duygusuz
- steel
- (isim) çelik, çelik eşya, çelik korse şeridi
- steel
- {s} katı
- steel
- (fiil) çelik gibi yapmak, çeliklemek, güçlendirmek, sertleştirmek
- steel
- çelik kaplamak veya katmak
- steel
- {s} çok güçlü. f
- steel
- {f} çelik gibi yapmak
- steel
- hissizleştirmek
- steel
- steel bl
- steel
- {i} çelik korse şeridi
- steel
- {s} çelik üretimine ait, çelik
- steel
- {f} güçlendirmek
- steel
- azimli
- steel
- {s} duygusuz
Связанные Термины
Немецкий Язык - Английский Язык
Определение stahl… в Немецкий Язык Английский Язык словарь
- steel
- To hone with a honing steel
- {n} iron combined with a small portion of carbon, armor, weapons, hardness
- {v} to edge with steel, firm, hard, unmerciful
- 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
- TR>
- 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
Steel traps are illegal.
-Stahlfallen sind illegal.
He forged the steel into a sword.
-Er schmiedete den Stahl und fertigte ein Schwert an.
- Stahl (blanke Hieb- und Stichwaffe)
- steel (literary)
- Stahl brünieren
- to burnish steel
- Stahl brünieren
- to brown
- Stahl brünieren
- to bronze
- Stahl brünierend
- bronzing
- Stahl brünierend
- browning
- Stahl brünierend
- burnishing steel
- Stahl brüniert
- bronzed
- Stahl brüniert
- burnished steel
- Stahl brüniert
- browned
- Stahl gar machen
- to refine steel
- Stahl vergüten
- to temper steel (metallurgy)
- Stahl-Paradiesschnäpper
- sao thome paradise-flycatcher
- Stahl-Schalungselement
- steel formwork unit
- Steighöhe (Stahl)
- rising height (steel)
- stahl
- rustled
- stahl
- thieved
- 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)
- bronzing
- C-Stahl
- carbon steel
- C-Stahl
- plain carbon steel
- C-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)
- Maraging-Stahl
- maraging steel
- O2-Stahl
- oxygen-refined steel
- SM-Stahl (Metallurgie)
- open-hearth steel /OHS/ (metallurgy)
- Siemens-Martin-Stahl
- open-hearth steel /OHS/ (metallurgy)
- Tufftriding (Stahl)
- tufftriding (steel)
- VA-Stahl
- stainless steel /SS/
- VA-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
- semi-killed steel
- hart wie Stahl
- hard as nails
- hart wie Stahl
- as hard as steel
- hochfester Stahl
- high-strength steel
- hochfester Stahl
- high-tensile steel
- ich/er/sie stahl
- I/he/she stole
- 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
Связанные Термины
Английский Язык - Английский Язык
Определение stahl… в Английский Язык Английский Язык словарь
- 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
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