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RF2J4G2K2–Abstract metallurgy background, rolled metal products, steel pipes with rectangular cross-section
RM2K02JA2–The plant in Zenica is the flagship of the ferrous metallurgy of Yugoslavia, one of the largest objects of Yugoslav-Soviet economic cooperation.
RFHED7ED–Metallurgy plant at sunset. Steel mill. Heavy industry factory. Steel factory with smog. Pipes with smoke. Metallurgical plant
RM2FMXTT9–Interior view of a 16th century metallurgical workshop. Men are removing impurities from silver. From a book by Lazarus Ercker c 1539 - 1594, a Bohemian metallurgist who wrote treatises on metallurgy.
RMBJN7HA–industry, metal, metallurgy, 'Laurahuette' smeltery in Silesia, Germany, circa 1840, wood engraving, 19th century,
RMTXJRAC–The forges of Vulcan 1757 by BOUCHER, Francois 1703-70 France French ( Vulcan, God of fire and metallurgy, presents a sword to Venus, goddess of Love. The weapons are intended for Aeneas, Trojan prince and son of Venus.This tapestry cardboard of the hanging of the Loves of the Gods was woven at the Manufacture des Gobelins for the Marquis de Marigny (1727-1781), director of the Buildings of the King.)
RMD67TMP–Department Of Materials Science And Metallurgy Building, Cambridge, United Kingdom. Architect: Nbbj, 2013
RF2FA5JRG–Department of Materials Science and Metallurgy building (2013) on the West Cambridge site of the University of Cambridge, UK. Architects NBBJ
RMHX3DM4–A rear view of the interior of one of the Metallurgy Hot Cells and a researcher operating it, 1970. Image courtesy US Department of Energy.
RF2K2Y15K–Portrait of Karl Johann Bernhard Karsten - a German mineralogist known for contributions made to the German metallurgy industry. Illustration of the 19th century. Germany. White background.
RMDDTC8P–New metallurgy block shortly after completion, Sheffield University, South Yorkshire, 1966. Artist: Michael Walters
RM2JYY8HM–Exposition Universelle (World Fair) Paris, 1889; a black and white photograph showing the metallurgy exhibition in the Champs de Mars.
RF2E198HC–Portrait of Karl Johann Bernhard Karsten - a German mineralogist known for contributions made to the German metallurgy industry. Illustration of the 19th century. Germany. White background.
RMCMPB7P–Lima Peru,Miraflores,Malecon de la Reserva,JW Marriott,hotel,luxury,museum,display sale pre Columbian,art,female figurine,gold,inlay,metallurgy,archeo
RFH2FNBX–Steel mill, Metallurgy plant at sunset. Heavy industry factory. Steel factory with smog. Pipes with smoke. Metallurgical plant.
RMPT2JKC–University of Duisburg Essen Institute for Metallurgy and Forming Technology, Duisburg-Laar, Duisburg, Ruhr Area, North Rhine-Westphalia, Germany
RF2BGBWB6–Steel material products line vector icons. Steel pipe and beam metallurgy outline pictograms. Metal pipe for industry, steel tube illustration
RMD67TFH–Department Of Materials Science And Metallurgy Building, Cambridge, United Kingdom. Architect: Nbbj, 2013
RFKFNWX5–Department of Materials Science and Metallurgy building, University of Cambridge at the West Cambridge Site, Cambridge UK. Opened 2013 architects NBBJ
RMC54G6K–Metallurgy of iron and steel at CSN - Companhia Siderurgica Nacinal, Volta Redonda, Rio de Janeiro State, Brazil.
RMJR3162–Iron Age blacksmiths at work. The Iron Age is the period in cultural development succeeding the Bronze Age in Asia, Europe, and Africa, characterized by the introduction of iron metallurgy. In southeastern Europe and the Middle East the beginning of the Iron Age is generally dated to around 1200 BC, with later dates for other parts of Europe and the other continents. Although not as hard or durable as bronze, iron is a more abundant resource, and the Iron Age saw a rapid expansion of metalworking wherever the technology was introduced. The term 'Iron Age' has low chronological value, because i
RMJ700GD–University of Duisburg Essen Institute of Metallurgy and Metalforming, Duisburg-Laar, Duisburg, Ruhr, North Rhine-Westphalia, Germany,Universität Duis
RM2JW1GWX–Scrap metal is transferred to a ladle metallurgy furnace in the melt shop at Severstal Columbus, Oct. 22, 2011, in Columbus, Mississippi.
RM2CWBN8M–Black and white photograph showing the reconstruction of a destroyed Normandy after the end of World War II (1939-1945); the hall of the Society of Metallurgy in Normandy rebuilt.
RFM18F01–Potulicki manor couch-house and orangery, Museum of the Ancient Mazovian Metallurgy , Pruszkow, Masovia voivodship, Poland, Europe.
RFH2FNC9–Steel mill, Metallurgy plant at sunset. Heavy industry factory. Steel factory with smog. Pipes with smoke. Metallurgical plant.
RF2J9ENKK–Black and white metallurgy background, stacked rolled metal products, steel pipes with rectangular cross-section
RMD67TF6–Department Of Materials Science And Metallurgy Building, Cambridge, United Kingdom. Architect: Nbbj, 2013
RMTXH37D–Smelting copper. From a 1683 English edition of Lazarus Ercker 'Beschreibung allerfurnemisten mineralischen Ertzt- und Berckwercksarten' originally published in Prague in 1574. Copperplate engraving.
RMJR316B–The Iron Age is the period in cultural development succeeding the Bronze Age in Asia, Europe, and Africa, characterized by the introduction of iron metallurgy. In southeastern Europe and the Middle East the beginning of the Iron Age is generally dated to around 1200 BC, with later dates for other parts of Europe and the other continents. Although not as hard or durable as bronze, iron is a more abundant resource, and the Iron Age saw a rapid expansion of metalworking wherever the technology was introduced. The term 'Iron Age' has low chronological value, because it didn't begin simultaneously
RF2A58H6F–Metallurgy word cloud concept. Collage made of words about metallurgy. Vector illustration
RFM18F02–Potulicki manor couch-house and orangery, Museum of the Ancient Mazovian Metallurgy , Pruszkow, Masovia voivodship, Poland, Europe.
RFH2FNCC–Steel mill, Metallurgy plant at sunset. Heavy industry factory. Steel factory with smog. Pipes with smoke. Metallurgical plant.
RM2GKEH0P–Chair and Institute of Ferrous Metallurgy, RWTH, Intzestrasse, Aachen, North Rhine-Westphalia, Germany
RMD67TFF–Department of Materials Science and Metallurgy Building, Cambridge, United Kingdom. Architect: NBBJ, 2013. Detail view of brickw
RMTXH389–Roasting gold ore in order to recover the precious metal. From 1683 English edition of Lazarus Ercker 'Beschreibung allerfurnemisten mineralischen Ertzt- und Berckwercksarten' originally published in Prague in 1574. Copperplate engraving.
RM2GDJREF–Worker at CSN, Companhia Siderurgica Nacional - metallurgy of iron and steel - smelting iron, heavy iron and steel production. Volta Redonda, Rio de Janeiro State, Brazil.
RFHJBGF2–Polluted rivers and coastal areas as a result of mining and metallurgy at the mine and smelter
RF2A58H8B–Metallurgy word cloud concept. Collage made of words about metallurgy. Vector illustration
RFM18F03–Potulicki manor couch-house and orangery, Museum of the Ancient Mazovian Metallurgy , Pruszkow, Masovia voivodship, Poland, Europe.
RFH2FNB7–Steel mill, Metallurgy plant. Heavy industry factory. Steel factory with smog. Pipes with smoke. Metallurgical plant. steel work
RM2GKEH0A–Chair and Institute of Ferrous Metallurgy, RWTH, Intzestrasse, Aachen, North Rhine-Westphalia, Germany
RMD67TMD–Department of Materials Science and Metallurgy Building, Cambridge, United Kingdom. Architect: NBBJ, 2013. View of West facade.
RM2A5YKX8–Furnace for refining copper with all the tools necessary to carry out the process. From 'De re metallica', by Agricola, pseudonym of Georg Bauer (Basle, 1556). Woodcut.
RMJ700GJ–Grillo-Werke AG, Headquarters Grillo, Zink Metallurgy and Sulfur Chemistry, Zinkfabrik, Duisburg, Ruhrgebiet, North Rhine-Westphalia, Germany,Grillo-W
RFHJBGG1–Polluted rivers and coastal areas as a result of mining and metallurgy at the mine and smelter
Search Results for Metallurgy Stock Photos and Images (38,988)
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