A Comprehensive Treatise on Inorganic and Theoretical Chemistry

588 GENERAL INDEX
Iron germanium alloys, 13. 576
glance, 8. 86O ; 12. 53O
glass, action, 13. 364
glycerol sol, 12. 77«
gold alloys, 13. 540
growth of cast, 13. 142
gymnite, 3« 423
Hall effect, 18. 234
hardness, 13. 14
abrasive, 18. 26
—— heat ionization, 13. 205
— of fusion, 13. 157
-- — • vaporization, 13. 158
helium, action of, 13. 297
homiarsenide, 9. 72
hemiboride, 5. 31
hemiearbide, 5. 896
— hemiceride, 13. 557
hemichromido, 18. 587
homimolybdido, 13. 619
heminitride, 8. 133
hemioxide, 13. 702
-—•— hemipentaluminide, 13. 551
_ -— hemipentasilicide, 13. 561
hemipentoxide, 13. 926
hemiphosphide, 8. 856
hemiselenide, 10. 799
hemisilicide, 6. 199
homistannido, 13. 576
hemitriphosphide, 8. 857
hemitriselenide, 10. 799
hemitrisilicide, 6. 200
hemitristannido, 13. 576
homitungstido, 13. 627
heptazincide, 13. 544
hexaboratodiiodide, 5. 141
hexahydride, 13. 309
•—— hexastannide, 13. 576
- —— hoxitacarbide, 5. 896
hexitaceride, 13. 558
hexitaphosphide, 8. 855
history, 12. 482
hydrazine, action, 13. 342
-— hydrazoic acid, action, 13. 342
hydride, 13. 309
hydriodic acid, action of, 13. 314
hydrobromic acid, action of, 13. 314
hydrocarbons, action, 13. 354
hydrochloric acid, action of, 13. 314
——— hydrofluoric acid, action of, 13. 314
hydrogen, action of, 13. 297
chloride, action of, 13. 314
dioxide, action of, 18. 313
fluoride, action of, 13. 314
overvoltage, 13. 223
selenide, action, 18. 336
siilphide, action, 13. 326
telluride, action, 18. 336
hydrosol, 12. 769
hydroxides of metal, action, 18. 365,
366, 367
hypochlorous acid, action, 18. 321
hypophosphate, 8. 939
hysteresis loss, 18. 259
(magnetic), 18. 259
imides, action, 18. 342
impact strains, effect on corrosion, 13.
466
test, 13. 78
index of refraction, 13. 170
Iron ingot, 12. 7IO
• intermetallic compounds, 13. 526
internal friction, 18. 28
pressure, 13. 27
iodic acid, action, 13. 321
iodides, 14. 127
—— iodine, action of, 18. 314
— ionization energy, 13. 205
._ — iridium alloy, 15. 750
isotopes, 13. 496
Joule effect, 13. 278
Kerr effect, 18. 173
knebelite, 6. 908
knobbled .charcoal, 12. 709
lag, 13. 68
lanthanum alloy, 13. 557
__ — lead alloys, 13. 579
hydroxysulphatarsenate, 9. 334
potassium nitrite, 8. 501
I*educ effect, 13. 236
limit of proportion, 13. 68
restitution, 13. 68
liquor, 14. 386
— lithium nitride, action, 13. 342
luminescence spectrum, 13. 176
magnesia spinel, 5. 154, 297
-- magnesium alloy, 13. 543
zinc alloys, 13. 545
magnetic hardness, 13. 259
-- -— properties, 13. 135, 244
— _ viscosity, 13. 259
—— magnetostriction, 13. 278
manganese alloy, 13. 644
- — aluminium alloys, 13. 667
carbide, 13. 648
chromium-nickel alloys, 15. 330
— copper alloys, 13. 666 .
molybdenum alloys, 13. 668
— tritasilicide, 6. 199
—— - tungsten alloys, 13. 668
uranium alloys, 13. 668
vanadium alloys, 13. 668
manganiferous ores, 12. 15O
Matteucci effect, 13. 278
— mechanical properties, 13. 1, 34
molting point, 13. 155
-- - mercury alloys, 13. 545
_ .— tin alloys, 13. 579
metal action, 13. 364
salts, action, 13. 367, 368, 369,
37O, 371
meteoric, 15. 260
cubic, 15. 261
octahedral, 15. 261
methane, action, 13. 353
microstructure, 12. 791
mirrors, 12. 769
modulus of transverse elasticity, 13. 76
molecular friction, 13. 28
molybdenum alloy, 18. 617
carbide, 13. 619
manganese-nickel alloys, 15. 330
tritacarbide, 13. 620
tungsten alloys, 18. 643
vanadium alloys, 13. 626
molybdide, 13. 618
monantimonide, 9. 412
monarsenide, 9. 72
monoboride, 5. 30.
monophosphide, 8. 857