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  Label Dataset Type Subdivision Identifier
1. Saji, Viswanathan S. Advances in corrosion control of magnesium and its alloys Boca Raton, FL: CRC Press, Taylor & Francis Group; 2024

 BIBFRAME Instances
 Instance 23307935
2. Delano, Jack, 1914-1997 Sheffield, Alabama. Reynold Alloys Company. One of the control men at the hot mill 1942 Aug

 BIBFRAME Instances
 Instance 20005539
3. 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 [between 1940 and 1946]

 BIBFRAME Instances
 Instance 19635013
4. Delano, Jack, 1914-1997 Sheffield, Alabama. Reynold Alloys Company. One of the control men at the hot mill 1942 Aug.?

 BIBFRAME Instances
 Instance 20079080
5. 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 [between 1940 and 1946]

 BIBFRAME Instances
 Instance 19635015
6. Palmer, Alfred T. Steel manufacture, Allegheny-Ludlum. White-hot steel pours like water from a thirty-five ton electric furnace. The finest quality steels and alloys are produced in these furnaces, which allow much greater control of temperature than other conversion furnaces. The proportion of electric furnace steel is rising steadily, even though this process is the most expensive [between 1940 and 1946]

 BIBFRAME Instances
 Instance 19644693
7. Joint Standing Committee on Health, Safety and Welfare in Foundries. Sub-committee on Continuous Casting and High Speed Melting. A warning and control system for continuous casting (as applied to copper alloys) London: H.M.S.O.; 1976

 BIBFRAME Instances
 Instance 2270843
8. Palmer, Alfred T. Steel manufacture, Allegheny-Ludlum. White-hot steel pours like water from a thirty-five ton electric furnace. The finest quality steels and alloys are produced in these furnaces, which allow much greater control of temperature than other conversion furnaces. The proportion of electric furnace steel is rising steadily, even though this process is the most expensive. The furnace is tiled for the pourings. The flying sparks indicate the fluidity of the steel [between 1940 and 1946]

 BIBFRAME Instances
 Instance 19644697
9. Palmer, Alfred T. White-hot steel pours like water from a 35-ton electric furnace, Allegheny Ludlum Steel[e] Corp., Brackenridge, Pa. The finest quality steels and alloys are produced in these furnaces, which allow much greater control of temperature than other conversion furnaces. The proportion of electric furnace steel is rising steadily, even though this process is the most expensive. "The furnace is tilted for the pouring." The flying sparks indicate the fluidity of the steel [1941?]

 BIBFRAME Instances
 Instance 19980216
10. Institute of Metals The control of quality in the production of wrought non-ferrous metals and alloys London: 1953-

 BIBFRAME Instances
 Instance 7917758
11. Delano, Jack, 1914-1997 Sheffield, Alabama. Reynold Alloys Company. Bulletin board and signs at the hot mill control booth 1942 Aug

 BIBFRAME Instances
 Instance 20005544
12. 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 [between 1940 and 1946]

 BIBFRAME Instances
 Instance 19635014
13. Delano, Jack, 1914-1997 Sheffield, Alabama. Reynold Alloys Company. One of the control men at the hot mill 1942 Aug.?

 BIBFRAME Instances
 Instance 20079081
14. Saji, Viswanathan S. Advances in corrosion control of magnesium and its alloys Boca Raton, FL: CRC Press/Taylor & Francis Group; 2024

 BIBFRAME Instances
 Instance 23298198
15. Chia, E. Henry Microstructural control in aluminum alloys Warrendale, PA: The Society; c1986

 BIBFRAME Instances
 Instance 4752337
16. Palmer, Alfred T. Steel manufacture, Allegheny-Ludlum. White-hot steel pours like water from a thirty-five ton electric furnace. The finest quality steels and alloys are produced in these furnaces, which allow much greater control of temperature than other conversion furnaces. The proportion of electric furnace steel is rising steadily, even though this process is the most expensive. The furnace is tiled for the pourings. The flying sparks indicate the fluidity of the steel [between 1940 and 1946]

 BIBFRAME Instances
 Instance 19644696
17. Brick, R. M. (Robert Maynard), 1908- Structure and properties of alloys New York: McGraw-Hill; [1965]

 BIBFRAME Instances
 Instance 8453485
18. Brick, R. M. (Robert Maynard), 1908- Structure and properties of alloys New York; London: McGraw-Hill book company, inc; 1942

 BIBFRAME Instances
 Instance 6919044
19. Delano, Jack, 1914-1997 Sheffield, Alabama. Reynold Alloys Company. Bulletin board and signs at the hot mill control booth

 BIBFRAME Works
 Work
StillImage
Collection		 20005544
20. 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 Works
 Work
StillImage
Collection		 19635014


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