A Comprehensive Treatise on Inorganic and Theoretical Chemistry

Iron monoselenide, 10. 799
monosilicide, 6. 200 • 13. 561
monoxide, 13. 702
naphthalene sol, 12. 77O
natrolite, 6. 653
neutronB and, 13. 180
nickel alloys, 15. 255, 565
aluminium-copper alloys, 15. 314
• beryIlium alloys, 15. 313
boron alloys, 15. 314
chromium alloys, 15. 316
aluminium alloys, 15. 328
beryllium alloys, 15. 327
manganese alloys, 15. 338
molybdenum-copper alloys,
330
silicon alloys, 15. 328
vanadium alloys, 15. 328
— cobalt alloys, 15. 338
manganese alloys, 15. 338
— titanium alloys, 15. 339
manganese alloys, 15. 330
copper alloys, 15. 330
phosphide, 8. 860
pyrites, 15. 444
silver alloys, 15. 313
tantalum alloys, 15. 315
tin-copper alloys, 15. 314
titanium alloys, 15. 315
vanadium alloys, 15. 315
nitrates, 14. 375
nitric acid, action, 13. 342
oxide, action, 13. 342
nitrogen, action, 13. 336
peroxide, action, 13. 342
nitrosopentadecacarbonyl, 5. 960
nitrosyl chloride, action. 13. 342
nitrous oxide, action, 13. 342
— nomenclature, 12. 707
Noric, 12. 499
normal potentials Fe->-Fe" 13. 207
Fe"->Fo-, 13. 208
Ke^lTe , 13. 210
occurrence, 12. 520
octitacarbide, 5. 894
olivine, 12. 530
optical properties, 13. 169
ore, calcarious, 14. 355
pitchy, 9. 227
sparry, 14. 355
spathic, 14. 355
titaniferous, 7. 2
ores, 12. 15O
electric smelting, 12. 598
organic compounds, action, 13.
359, 360, 361, 362, 363
GENERAL, INDEX 589
358,
osmium alloys, 15. 697
overstrain, 13. 68
oxide, black, 18. 736
magnetic, 18. 731
oxides of metals, action, 13. 364, 367
reduction, 12. 618
oxygen, action of, 13. 309
oxygen-carbon, 12. 621
• hydrogen system, 12. 630
hydrogen system, 12. 619
overvoltage, 13. 224
ozone, action of, 18. 312
palladium alloys, 15. 650
passive, 13. 499
Iron passivity, 13. 498
Peltier effect, 13. 233
pentacarbonyl, 5. 958
pentahemiboride, 5. 31
pentaiodide, 14. 134
pentastannide, 13. 576
pentitacarbide, 5. 896
pentitadicoride, 13. 557
pentitadinitride, 8. 133
pentitahexastannide, 13. 576
pentitazincide, 13. 544
— perchloric acid, action, 13. 321
periodic dissolution, 13. 515
permanent set, 13. 68
permeability (magnetic), 13. 263
to gas, 18. 4
- — peroxide, 13. 925
phosphide, 8. 853
phosphoric acid, action, 13. 350
phosphorus action, 13. 347
compounds, action, 13. 350
••- • —- • silicon alloys, 13. 571
- photoelectric effect, 13. 181
photophoresis, 13. 182
photovoltaic effect, 13. 205
physiological, action, 13. 375
pig, 12. 596
cnill cast, 12. 596
_ __ grey, 12. 596
machine cast, 12. 596
mottled, 12. 596
Band cast, 12. 596
white, 12. 596
plastic flow, 13. 32
strain, 13. 68
plasticity, 13. 32
platinic. 16. 6
platinum-chromium alloys, 16. 219
cobalt alloys, 16. 219
_ copper alloy, 16. 219
gold alloys, 16. 219
manganese alloys, 16. 219
nickel alloys, 16. 22O
silver alloys, 16. 219
Poissan's ratio, 13. 74
polarization, 13. 226
Pole effect, 13. 176
porosity, 13. 4
positive ioxis and, 13. 180
potassamide, action, 13. 342
potassium alloys, 13. 526
antimonide, 9.413
barium nitrite, 8. 5Ol
— chlorate, action, 13. 321
- __ —__ diselenide, 10. 800
— porchlorate, action, 13. 321
— peroxide, action of, 13. 313
persulphate, action, 13. 335
psilomelanes, 12. 266
purified, 12. 757
pyrites, 12. 530
pyrophoric, 12. 768
radioactivity, 18. 181
radiodetector, 13. 233
rate of solidification, 12. 721
a-rays and, 18. 180
0-rays and, 13. 180
y-rays and, 13. 180
X-rays, 13. 179
spectra, 13. 178