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  Label Dataset Type Subdivision Identifier
1. Palmer, Alfred T. Production. Milling machines and machine castings. We are inclined to compare all liquids with water. Iron trickles through little channels with a speed that makes water look sluggish -- a surprising thing until you realize that, molten or not, it's still heavy as iron. Location: a large Midwest machine tool factory

 BIBFRAME Instances
 Instance 19637250
2. International Conference on Molten Slags, Fluxes, and Salts '97 (5th : 1997 : Sydney, Australia) Proceedings of the 5th International Conference on Molten Slags, Fluxes, and Salts '97

 BIBFRAME Works
 Work
Text
Monograph		 4001666
3. Palmer, Alfred T. Production. Milling machines and machine castings. We are inclined to compare all liquids with water. Iron trickles through little channels with a speed that makes water look sluggish -- a surprising thing until you realize that, molten or not, it's still heavy as iron. Location: a large Midwest machine tool factory

 BIBFRAME Works
 Work
StillImage
Collection		 19637250
4. A group of the steel corporation's profit-shareres drawing molten iron from a blast furnace at Homestead, [Pa.]

 BIBFRAME Instances
 Instance 13432073
5. Palmer, Alfred T. Steel production. Molten steel for war industries. A ladle of molten iron is poured into an opne hearth furnace for coversion into steel. Note safety latch on the crane hook. Republic, Youngstown

 BIBFRAME Instances
 Instance 19636812
6. International Conference on Molten Slags, Fluxes, and Salts '97 (5th : 1997 : Sydney, Australia) Proceedings of the 5th International Conference on Molten Slags, Fluxes, and Salts '97

 BIBFRAME Instances
 Instance 4001666
7. Palmer, Alfred T. Charging one of the 180-ton hearth furnaces at a Midwest plant with pig iron. The charge consists of about fifty-two percent steel scrap and forty-eight percent molten iron

 BIBFRAME Instances
 Instance 19634788
8. Palmer, Alfred T. Production. Milling machines and machine castings. The cupolas spout. As the molten iron pours from the cupola, a special ingredient is added through the pipe and funnel shown here -- one which helps to give the cast iron special qualities which have been predetermined by careful research and constant check-up. Site: a large Midwest machine tool foundry

 BIBFRAME Instances
 Instance 19637243
9. A group of the steel corporation's profit-shareres drawing molten iron from a blast furnace at Homestead, [Pa.]

 BIBFRAME Works
 Work
StillImage
Monograph		 13432073
10. H.C. White Co Great bridge over the Monongahela - train of molten iron approaching, steel works, Homestead, Pa., U.S.A

 BIBFRAME Works
 Work
StillImage
Monograph		 11637465
11. H.C. White Co Filling the mixer with molten iron - emptying 20 ton ladle, steel works, Homestead, Pa., U.S.A

 BIBFRAME Works
 Work
StillImage
Monograph		 11619103
12. Harry, George Pretreatment of blast furnace molten iron

 BIBFRAME Instances
 Instance 1952454
13. Blackburn, Andrew Reif, 1915- Massive quartzite, a refractory material for handling molten iron and steel

 BIBFRAME Instances
 Instance 10215191
14. Palmer, Alfred T. Steel alloy manufacture. Allegheny Ludlum Steel Corporation, Brackenridge, Pennsylvania. Thirty-five ton electric arc melting furnace in operation. These furnaces convert scrap iron and steel into high quality steel alloys. This type of furnace gives much faster heating and permits the accurate temperature control so necessary in the processing of the high quality steels. The alloying elements are being added to the bath of molten steel

 BIBFRAME Instances
 Instance 19635013
15. Palmer, Alfred T. Steel. Ford plant. A blast furnace being cast. Here the iron ore starts on its way to becoming an automobile part. The metal travels down sanded trenches; the trench to the left is conveying molten metal to giant ladles; trench on the right carries the slag off. Blast furnaces are cast in this manner about every six hours. Ford River Rouge plant, May 1941

 BIBFRAME Instances
 Instance 19634785
16. [Filling the mixer with molten iron from the blast furnace]

 BIBFRAME Instances
 Instance 22423286
17. Palmer, Alfred T. Steel alloy manufacture. Allegheny Ludlum Steel Corporation, Brackenridge, Pennsylvania. Thirty-five ton electric arc melting furnace in operation. These furnaces convert scrap iron and steel into high quality steel alloys. This type of furnace gives much faster heating and permits the accurate temperature control so necessary in the processing of the high quality steels. The alloying elements are being added to the bath of molten steel

 BIBFRAME Instances
 Instance 19635015
18. H.C. White Co Great bridge over the Monongahela - train of molten iron approaching, steel works, Homestead, Pa., U.S.A.

 BIBFRAME Instances
 Instance 11637465
19. Palmer, Alfred T. Steel alloy manufacture. Allegheny Ludlum Steel Corporation, Brackenridge, Pennsylvania. Converting scrap iron and steel into high quality alloy steel. A workman adds alloying materials to the bath of molten steel in one of the thirty-five ton electric arc furnaces. These furnaces give faster heating and more accurate temperature control than do open hearth furnaces

 BIBFRAME Instances
 Instance 19635017
20. Palmer, Alfred T. Steel production. More iron for steel production. Hot molten metal flows from the tap hole into a trough at a big Eastern blast furnace is cast. Carnegie-Illinois Steel Corporation. Farrell, Pennsylvania

 BIBFRAME Instances
 Instance 19637201


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