The metallurgy of iron / by Thomas Turner ; being one of a series of treatises on metallurgy written by associates of the Royal School of Mines / edited by W. Roberts-Austen.

  • Turner, Thomas, 1861-
Date:
1900
Catalogue details

Licence: In copyright

Credit: The metallurgy of iron / by Thomas Turner ; being one of a series of treatises on metallurgy written by associates of the Royal School of Mines / edited by W. Roberts-Austen. Source: Wellcome Collection.

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    Heycock and Neville on pyrometers, 1*26. Hilgenstoek on sulphur and silicon, 151. Hodgkinson, crushing tests of cast iron, 234. Hoerde, furnace hearth at, 97. Hoffman, G. ('., on meteoric iron, 69. Hogge, Kalph, produced cast-iron cannon, 7. Hogg, T. W., cyano-nitride ot tit- i amum, 210. Hoists. 99. Holgate, T. E., on manganese and sulphur, 152 ; on silicon pig, 150 ; on special irons, 214. Holland, T. H., on Indian iron working, 249, 253. Hollow iire, 270. Homfray, S., introduces refinery, 16. Honeycomb brick, 120. Hot blast, advantages of, 113 ; in- ; vention of, 20 ; saving of fuel by, 20; theory of, 112; use of anthra- j cite, 22. Hot-blast stoves, 115 ; at Clyde Works, 116; circular, 117; clean- ing, 121 ; Cowper, 118 ; Ford and Moncur, 124; Gordon-Cowper- Whitwell, 123; long, 117; Mas-j sick and Crookes, 124 ; original form, 21 ; pistol pipe, 118 ; Whit- well, 122. Hot-blast valves, 121. Hot v. cold blast iron, 218. Howe, H. M.,on American bloomery, 247 ; on corrosion, 335, 351 ; on direct production, 254. Huddleston, W. H., ores of United Kingdom, 65. Hudson, W. J., 169; on Cowper stove, 120; on use of waste gases. 27. Hungry iron, 288. Hunt, A. E., on Karnes’ process, 261; tests for wrought iron, 333. Hunt, T. Sterry, geology of Ameri- can ores, 65. Huntsman, invention of crucible steel, 11. Husgafvel process, 254. Hutchinson and Harbord patent, 76. Hydrated oxides, 56. Hydraulic lift, 99. Hydrochloric acid, action on iron, 191, 343. Hydrogen in the blast furnace, 139. Ilmenite, 53. llsode, blast furnace output at, 34. Importation of iron ore, 31. Impregnation, carbon, 98, 136, 144. Inclined plane, 99. India, iron in, 4; magnetic ores of, 51 ; small blast furnaces in, 249. Infusible fettling, 286. Ireland, bog ores of, 57. Ireland, J., on Blair’s process, 258. Ireland’s cupola, 222. Iron and Steel Institute, puddling commission, 313. Ironbridge, bridge at, 16. Iron, corrosion of, 334-345; early and modern history of, 1-34; in Britain, 5; in Egypt and Assyria, 2 ; in prehistoric times, 1 ; in Scotland, 8. See also Cant Iron, Finished Iron, Meteoric Iron, Native Iron, Pig Iron, Plate Iron, Puddled Iron, Sheet bon, Wrought Iron, &c. Iron ore. what constitutes workable, 49. Iron ores, analysis of, 108; calcina- tion of, 78 ; carbonates, 57; classi- fication of, 50; extraction of, 70; formation of, 61; geology of, 63; preparation of, 70; unsuitable for weathering, 77. Iron pyrites removed by roasting and by weathering, 77. Ironstone, 58. Jacobsson, C. A., on Austrian open hearths, 267- Jamieson, M. J., composition of rust, 334 ; varieties of rust, 337. Japanning, 351. Japans, 351. Jeans, J. S., on mechanical puddling, 310. Jenkins, H. C., on furnace charges, 181. Jerking a furnace, 147. John, W., protection from corrosion, 339, 341. Jones, C., ores magnetised at red heat, 75. Jones’ furnace, 313. Jones, W., on waste gases, 155. Jordan, A. E., condition of silicon, 197. Jilngst. on remelting in cupola, 225 ; on siliceous iron, 196. J ung, T., on carbon linings, 98. Keep’s tests, 195. Keep, W. J., on Alabama ores, 55; aluminium in cast iron, 199; ferro- silicon and economy, 196; hard-