CHAPTER XIV

Spring's "Non-Technical Talks on Iron and Steel" (Stokes) is a model of

popular science writing, clear, comprehensive and abundantly

illustrated. Tilden's "Chemical Discovery in the Twentieth Century" must

here again be referred to. The Encyclopedia Britannica is convenient for

reference on the various metals mentioned; see the article on "Lighting"

for the Welsbach burner. The annual "Mineral Resources of the United

States, Part I," contains articles on the newer metals by Frank W. Hess;

see "Tungsten" in the volume for 1914, also Bulletin No. 652, U.S.

Geological Survey, by same author. _Foote-Notes_, the house organ of the

Foote Mineral Company, Philadelphia, gives information on the rare

elements. Interesting advertising literature may be obtained from the

Titantium Alloy Manufacturing Company, Niagara Falls, N.Y.; Duriron

Castings Company, Dayton, O.; Buffalo Foundry and Machine Company,

Buffalo, N.Y., manufacturers of "Buflokast" acid-proof apparatus, and

similar concerns. The following additional references may be useful:

Stellite alloys in _Jour. Ind. & Eng. Chem._, v. 9, p. 974; Rossi's work

on titantium in same journal, Feb., 1918; Welsbach mantles in _Journal

Franklin Institute_, v. 14, p. 401, 585; pure alloys in _Trans. Amer.

Electro-Chemical Society_, v. 32, p. 269; molybdenum in _Engineering_,

1917, or _Scientific American Supplement_, Oct. 20, 1917; acid-resisting

iron in _Sc. Amer. Sup._, May 31, 1919; ferro-alloys in _Jour. Ind. &

Eng. Chem._, v. 10, p. 831; influence of vanadium, etc., on iron, in

_Met. Chem. Eng._, v. 15, p. 530; tungsten in _Engineering_, v. 104, p.

214.

INDEX

Abrasives, 249-251

Acetanilid, 87

Acetone, 125, 154, 243, 245

Acetylene, 30, 154, 240-248, 257, 307, 308

Acheson, 249

Air, liquefied, 33

Alcohol, ethyl, 101, 102, 127, 174, 190-194, 242-244, 305

methyl, 101, 102, 127, 191

Aluminum, 31, 246-248, 255, 272, 284

Ammonia, 27, 29, 31, 33, 56, 64, 250

American dye industry, 82

Aniline dyes, 60-92

Antiseptics, 86, 87

Argon, 16

Art and nature, 8, 9, 170, 173

Artificial silk, 116, 118, 119

Aspirin, 84

Atomic theory, 293-296, 299

Aylesworth, 140

Baekeland, 137

Baeyer, Adolf von, 77

Bakelite, 138, 303

Balata, 159

Bauxite, 31

Beet sugar, 165, 169, 305

Benzene formula, 67, 301, 101

Berkeley, 61

Berthelot, 7, 94

Birkeland-Eyde process, 26

Bucher process, 32

Butter, 201, 208

Calcium, 246, 253

Calcium carbide, 30, 339

Camphor, 100, 131

Cane sugar, 164, 167, 177, 180, 305

Carbolic acid, 18, 64, 84, 101, 102, 137

Carborundum, 249-251

Caro and Frank process, 30

Casein, 142

Castner, 246

Catalyst, 28, 204

Celluloid, 128-135, 302

Cellulose, 110-127, 129, 137, 302

Cellulose acetate, 118, 120, 302

Cerium, 288-290

Chemical warfare, 218-235, 307

Chlorin, 224, 226, 250

Chlorophyll, 267

Chlorpicrin, 224, 226

Chromicum, 278, 280

Coal, distillation of, 60, 64, 70, 84, 301

Coal tar colors, 60-92

Cochineal, 79

Coconut oil, 203, 211-215, 306

Collodion, 117, 123, 130

Cologne, eau de, 107

Copra, 203, 211-215, 306

Corn oil, 183, 305

Cotton, 112, 120, 129, 197

Cocain, 88

Condensite, 141

Cordite, 18, 19

Corn products, 181-195, 305

Coslett process, 273

Cottonseed oil, 201

Cowles, 248

Creative chemistry, 7

Crookes, Sir William, 292, 299

Curie, Madame, 292

Cyanamid, 30, 35, 299

Cyanides, 32

Diamond, 259-261, 308

Doyle, Sir Arthur Conan, 221

Drugs, synthetic, 6, 84, 301

Duisberg, 151

Dyestuffs, 60-92

Edison, 84, 141

Ehrlich, 86, 87

Electric furnace, 236-262, 307

Fats, 196-217, 306

Fertilizers, 37, 41, 43, 46, 300

Flavors, synthetic, 93-109

Food, synthetic, 94

Formaldehyde, 136, 142

Fruit flavors, synthetic, 99, 101

Galalith, 142

Gas masks, 223, 226, 230, 231

Gerhardt, 6, 7

Glucose, 137, 184-189, 194, 305

Glycerin, 194, 203

Goldschmidt, 256

Goodyear, 161

Graphite, 258

Guayule, 159, 304

Guncotton, 17, 117, 125, 130

Gunpowder, 14, 15, 22, 234

Gutta percha, 159

Haber process, 27, 28

Hall, C.H., 247

Hare, Robert, 237, 245, 307

Harries, 149

Helium, 236

Hesse, 70, 72, 90

Hofmann, 72, 80

Huxley, 10

Hyatt, 128, 129, 303

Hydrogen, 253-255

Hydrogenation of oils, 202-205, 306

Indigo, 76, 79

Iron, 236, 253, 262-270, 308

Isoprene, 136, 146, 149, 150, 154

Kelp products, 53, 142

Kekulé's dream, 66, 301

Lard substitutes, 209

Lavoisier, 6

Leather substitutes, 124

Leucite, 53

Liebig, 38

Linseed oil, 202, 205, 270

Magnesium, 283

Maize products, 181-196, 305

Manganese, 278

Margarin, 207-212, 307

Mauve, discovery of, 74

Mendeléef, 285, 291

Mercerized cotton, 115

Moissan, 259

Molybdenum, 283, 308

Munition manufacture in U.S., 33, 224, 299, 307

Mushet, 279

Musk, synthetic, 96, 97, 106

Mustard gas, 224, 227-229

Naphthalene, 4, 142, 154

Nature and art, 8-13, 118, 122, 133

Nitrates, Chilean, 22, 24, 30, 36

Nitric acid derivatives, 20

Nitrocellulose, 17, 117

Nitrogen, in explosives, 14, 16, 117, 299

fixation, 24, 25, 29, 299

Nitro-glycerin, 18, 117, 214

Nobel, 18, 117

Oils, 196-217, 306

Oleomargarin, 207-212, 307

Orange blossoms, 99, 100

Osmium, 28

Ostwald, 29, 55

Oxy-hydrogen blowpipe, 246

Paper, 111, 132

Parker process, 273

Peanut oil, 206, 211, 214, 306

Perfumery, Art of, 103-108

Perfumes, synthetic, 93-109, 302

Perkin, W.H., 148

Perkin, Sir William, 72, 80, 102

Pharmaceutical chemistry, 6, 85-88

Phenol, 18, 64, 84, 101, 102, 137

Phonograph records, 84, 141

Phosphates, 56-59

Phosgene, 224, 225

Photographic developers, 88

Picric acid, 18, 84, 85, 226

Platinum, 28, 278, 280, 284, 286

Plastics, synthetic, 128-143

Pneumatic tires, 162

Poisonous gases in warfare, 218-235, 307

Potash, 37, 45-56, 300

Priestley, 150, 160

Purple, royal, 75, 79

Pyralin, 132, 133

Pyrophoric alloys, 290

Pyroxylin, 17, 127, 125, 130

Radium, 291, 295

Rare earths, 286-288, 308

Redmanol, 140

Remsen, Ira, 178

Refractories, 251-252

Resins, synthetic, 135-143

Rose perfume, 93, 96, 97, 99, 105

Rubber, natural, 155-161, 304

synthetic, 136, 145-163, 304

Rumford, Count, 160

Rust, protection from, 262-275

Saccharin, 178, 179

Salicylic acid, 88, 101

Saltpeter, Chilean, 22, 30, 36, 42

Schoop process, 272

Serpek process, 31

Silicon, 249, 253

Smell, sense of, 97, 98, 103, 109

Smith, Provost, 237, 245, 307

Smokeless powder, 15

Sodium, 148, 238, 247

Soil chemistry, 38, 39

Soy bean, 142, 211, 217, 306

Starch, 137, 184, 189, 190

Stassfort salts, 47, 49, 55

Stellites, 280, 308

Sugar, 164-180, 304

Sulfuric acid, 57

Tantalum, 282

Terpenes, 100, 154

Textile industry, 5, 112, 121, 300

Thermit, 256

Thermodynamics, Second law of, 145

Three periods of progress, 3

Tin plating, 271

Tilden, 146, 298

Titanium, 278, 308

TNT, 19, 21, 84, 299

Trinitrotoluol, 19, 21, 84, 299

Tropics, value of, 96, 156, 165, 196, 206, 213, 216

Tungsten, 257, 277, 281, 308

Uranium, 28

Vanadium, 277, 280, 308

Vanillin, 103

Violet perfume, 100

Viscose, 116

Vitamines, 211

Vulcanization, 161

Welding, 256

Welsbach burner, 287-289, 308

Wheat problem, 43, 299

Wood, distillation of, 126, 127

Wood pulp, 112, 120, 303

Ypres, Use of gases at, 221

Zinc plating, 271

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FOOTNOTES:

[1] I am quoting mostly Unstead's figures from the _Geographical

Journal_ of 1913. See also Dickson's "The Distribution of Mankind," in

Smithsonian Report, 1913.

[2] United States Abstract of Census of Manufactures, 1914, p. 34.

[3] United States Department of Agriculture, Bulletin No. 505.

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