A Comprehensive Treatise on Inorganic and Theoretical Chemistry

59O GENERAL, INDEX
Iron, reactions of analytical interest, 13. 371
recovery, 13. 68
reflecting power, 13. 171
— refraction equivalents, 13. 171
reluctivity, 13. 259
residual rays, 13. 176
rhodium alloys, 15. 565
rigidity, 18. 74
rust, 13. 890
rusting effect acidity, 13. 436
aeration, 18. 421
H*-ion cone, 18. 436
oxygen, 13. 427
ruthenium alloys, 15. 5IO
scale, 13. 734
Scythian, 12. 499
selenic acid, action, 18. 335
selenium, action, 18. 335
___ monobromide, action, 13. 336
— monoehloride, action, 13. 336
oxybromide, action, 13. 336
sensitiveness of spectrum, 13. 176
series spectra, 18. 177
sesquicarbide, 5. 894
sesquioxide, 13. 775
sesquiphosphide, 8. 857
shearing stress, 13. 72
- — shock test, 18. 78
silicates, 6. 905
of metals, action, 13. 364
silicide, 18. 561
silicon, action, 13. 364
alloys, 18. 658
tetrachloride, action, 18. 364
silver alloys, IS. 359, 539
copper alloys, 18. 540
nitrate, action, 13- 346
selenide, 10. 80O
sinter, 9. 227 ; 12. 530 ; 13. 889
arsenical, 9. 227
sodamide, action, 13. 342
Bodium alloys, 13. 526
azide, action, 13. 342
dioxide, action of, 18. 313
hypochlorite, action, 13. 321
—___ persulphate, action, 13. 335
silicate action, 13. 364
sulphide action, 13. 326
thiosulphate, action, 18. 335
xanthate, action, 18. 326
solar spectrum, 13. 176
solubility of hydrogen, 1. 305, 306
solution pressure, 18. 221
spark spectrum, 13. 174
specific cohesion, 13. 27
gravity, 18. 1
heat, 18. 150
volume, 18. 11
speotrum-arc, 13. 175
flame, 18. 173
luminescence, 13. 176
sensitiveness of, 13. 176
solar, 13. 176
spark, 13. 174
ultra-red, 18. 176
ultra-violet, 13. 176
spinel, 4. 251 ; 5. 54
spongy, 12. 635, 767
stannic chloride, action, 13. 364
stannide, IS. 576
Iron stark effect, 18. 176
starvation, 18. 376
stellar spectra, 13. 177
strontium alloys, 18. 541
subcarbide, 5. 896
subsulphides, 14. 138
sulphides, 14. 136, 199
sulphur, action, 18. 32
dioxide, action, 18. 327
monoehloride, action, 18. 327
sulphuric acid, action of, 13. 328
sulphurous acid, action, 18. 327
sulphuryl chloride, action, IS. 328
fluoride, action, 18. 327
surface tension, 13. 27
Swedish, 12. 708
—— synthetic, 12. 635
tantalum alloy, 18. 585
tarnishing in air, 18. 451
tellurium, action, 18. 335
tensile strains, effect on corrosion, 18.
465
strength, 13. 35
tetracarbonyl, 5. 96O
tetrapentitarsenide, 9. 73
tetrarsenide, 9. 73
tetratriantimonide, 9. 412
tetratritaphosphide, 8. 857
tetritacarbide, 5. 894, 895
— tetritaluminide, 13. 550
tetritanitride, 8. 133
tetritapentastannide, 18. 576
tetritaphosphide, 8. 855
tetritastannide, 18. 576
tetritoxide, 13. 702
tetroxide, 13. 702, 936
thallium alloys, 18. 557
thermal changes during transformations,
13. 159
limit, 13. 68
— properties, IS. 130
thermoelectric force, 13. 229
thin filaments, 12. 769
thiocarbonate hexammine, 6. 129
— thiohypophosphate, 8. 1064
thionyl chloride, action, 13. 328
Thomson effect, 13. 173, 234
tin alloys, 18. 576
bismuth alloys, 13. 579
titanium alloys, 18. 571
fluoride, action, 18. 364
- _ nitride, action, 13. 34O
tetrachloride, action, 18. 364
vanadium alloys, 13. 585
torsion modulus, 18. 74
torsional strain, effect on corrosion, 13.
465
stress, 13. 72
— tourmalines, 6. 741 ; 12. 530
transformation points, 18. 158
heat of, 13. 159
thermal changes during, 13. 159
transport number, 18. 206
transverse strength, 18. 71
trialuminide, 18. 55O
triamidodiphosphate, 8. 712
triantimonide, 9. 412
triboelectrio effect, 18. 205
triboelectricity, 18. 189
tricarbide, 5. 894