Vacuum melting improves alloy properties and workability R. K. McKechnieD. W. GreenW. F. Moore Technical Feature 29 November 2017 Pages: 1364 - 1367
Promises and problems posed by vacuum melting James H. Moore Technical Feature 29 November 2017 Pages: 1368 - 1369
Bright future predicted for vacuum melted metals in chemical industry E. M. Mahla Technical Feature 29 November 2017 Pages: 1370 - 1371
Electric furnace melting practices compared for high alloy steel production P. R. Gouwens Technical Feature 29 November 2017 Pages: 1372 - 1375
How one company appraises management development programs Carl E. Reistle Jr. Technical Feature 29 November 2017 Pages: 1376 - 1378
Carbon and graphite electrodes evaluated for use in ferroalloy furnaces R. S. HogueR. L. WestlakeG. M. Moga Technical Feature 29 November 2017 Pages: 1379 - 1382
Sampling liquid steel for oxygen content: A further evaluation of the bomb technique S. GilbertG. R. Bailey Transaction 29 November 2017 Pages: 1383 - 1385
Ionic nature of liquid iron-silicate slags M. T. SimnadG. DergeI. George Transaction 29 November 2017 Pages: 1386 - 1390
Inclusions in steel from pouring refractories D. J. CarneyE. C. Rudolphy Transaction 29 November 2017 Pages: 1391 - 1395
Analysis of factors that limit the production rate and coke rate in the iron blast furnace W. O. Philbrook Transaction 29 November 2017 Pages: 1396 - 1406
Evidence for order in the Mn-Mo sigma phase B. F. DeckerR. M. WaterstratJ. S. Kasper Technical Note 29 November 2017 Pages: 1406 - 1407
Developments in the carbonate processing of uranium ores F. A. ForwardJ. Halpern Transaction 29 November 2017 Pages: 1408 - 1414