Gas and metal spectra from electrically conducting gases, The relative intensities of, P. G. Nutting, 399.
Gases: The relative intensities of metal and gas spectra from electrically con- ducting, P. G. Nutting, 399.
The spectra of mixed, P. G. Nutting, 77.
Some new rectifying effects in con- ducting, P. G. Nutting, 95. Generator set, A 5,000-volt, P. G. Nutting, 449.
Grover, F. W., E. B. Rosa and, The abso-
lute measurement of capacity, 153. The absolute measurement of induct- ance, 125.
Measurement of inductance by An-
derson's method, using alternating currents and a vibration galvanom- eter, 291.
Use of serpentine in standards of in- ductance, 337.
Guthe, K. E.,A study of the silver volta- meter, 21.
The absolute measurement of, E. B. Rosa and F. W. Grover, 125. Measurement of, by Anderson's method, using alternating currents and a vibration galvanometer,
E. B. Rosa and F. W. Grover, 291. Use of serpentine in standards of, E. B. Rosa and F. W. Grover, 337. Influence of wave form on the rate of integrating induction wattmeters, E. B. Rosa, M. G. Lloyd, and C. E. Reid, 421.
Integrating induction wattmeters, Influ- ence of wave form on the rate of, E. B. Rosa, M. G. Lloyd, and C. E. Reid, 421.
International electrical units, The so- called, Frank A. Wolff, 39. L.
Laboratory, photometric, The use of white walls in a, E. P. Hyde, 417. Lava fibers, 102.
Le Chatelier pyrometer, 214.
On fibers resembling quartz in their Legal definitions of electrical units: Aus-
elastic properties, 101. The silver coulometer, 349.
Hemispherical intensities, mean spher- ical and, On the theory of the Matthews and the Russell-Léonard photometers for the measurement of, E. P. Hyde, 255.
High temperatures, Radiation from plati- num at, G. K. Burgess, 443. History of standard weights and meas- ures of United States, L. A. Fischer, 365.
Holborn-Kurlbaum pyrometer, 233. Hyde, E. P., On the theory of the Mat-
thews and the Russell-Léonard photometers for the measurement of mean spherical and mean hemi- spherical intensities, 255.
The use of white walls in a photo- metric laboratory, 417.
Hydrogen scale of temperature, 278.
tria, 74; Belgium, 76; Canada, 69; France, 75; Germany, 72; Great Britain, 65; Switzerland, 76; United States, 61.
Lloyd, M. G., E. B. Rosa, and C. E. Reid,
Influence of wave form on the rate of integrating induction wattme- ters, 421.
Low power factor, Wattmeter methods of measuring power expended upon condensers and circuits of, E. B. Rosa, 383.
M. Matthews and the Russell-Léonard pho- tometers for the measurement of mean spherical and mean hemi- spherical intensities, On the theory of the, E. P. Hyde, 255. Mean spherical and mean hemispherical intensities, On the theory of the Matthews and the Russell-Léonard photometers for the measurement of, E. P. Hyde, 255.
Measurement of capacity, The absolute, E. B. Rosa and F. W. Grover, 153. Measurement of frequency, 144. Measurement of inductance, The abso- lute, E. B. Rosa and F. W. Grover,
Measurement of inductance by Ander-
son's method, using alternating currents and a vibration galva- nometer, E. B. Rosa and F. W. Grover, 291. Measuring power expended upon con- densers and circuits of low power factor, Wattmeter methods of, E. B. Rosa, 383.
Mesuré and Nouel's pyrometric telescope, 225. Metal and gas spectra from electrically conducting gases, The relative in- tensities of, P. G. Nutting, 399.
Meter, United States prototype, Recom- parison of the, L. A. Fischer, 5.
Photometric laboratory, The use of white walls in a, E. P. Hyde, 417. Platinum, Radiation from, at high tem- peratures, G. K. Burgess, 433. Positive charges carried by the canal rays,
Power expended upon condensers and circuits of low power factor, Watt- meter methods of measuring, E. B. Rosa, 383.
Prototype meter, United States, Recom- parison of the, L. A. Fischer, 5. Pyrometry, Optical, C. W. Waidner and G. K. Burgess, 189.
Quartz, On fibers resembling, in their elastic properties, K. E. Guthe, 101. R.
Radiation from platinum at high temper- atures, G. K. Burgess, 443.
Mixed gases, The spectra of, P. G. Nut- Recomparison of the United States pro-
Nutting, P. G., A 5,000-volt generator set, 449.
On secondary spectra and the con- ditions under which they may be produced, 83.
Some new rectifying effects in con- ducting gases, 95.
The relative intensities of metal and gas spectra from electrically con- ducting gases, 399.
The spectra of mixed gases, 77.
Optical pyrometry, C. W. Waidner and G. K. Burgess, 189.
Photometers for the measurement of mean spherical and mean hemispherical intensities, On the theory of the Matthews and the Russell-Léonard, E. P. Hyde, 255.
totype meter, L. A. Fischer, 5. Rectifying effects, some new, in conduct-
ing gases, P. G. Nutting, 95.
Reid, C. E., E. B. Rosa, and M. G. Lloyd, Influence of wave form on the rate
of integrating induction wattme- ters, 421.
Relative intensities of metal and gas spec- tra from electrically conducting gases, P. G. Nutting, 399.
Rosa, E. B., Wattmeter methods of meas- uring power expended upon con- densers and circuits of low power factor, 383.
Rosa, E. B., and F. W. Grover, The ab- solute measurement of capacity, 153.
The absolute measurement of induct-
Measurement of inductance by An- derson's method, using alternating currents and a vibration galvanom- eter, 291.
Use of serpentine in standards of in- ductance, 337.
Of mixed gases, P. G. Nutting, 77. On secondary, and the conditions under which they may be pro- duced, P. G. Nutting, 83. The relative intensities of metal and gas, from electrically conducting gases, P. G. Nutting, 399. Standard weights and measures of United States, History of, L. A. Fischer, 365. Standards of inductance, Use of serpen- tine in, E. B. Rosa and F. W. Grover, 337.
Study of the silver voltameter, K. E. Guthe, 21.
Temperature of the arc, On the, C. W.
Waidner and G. K. Burgess, 109. Testing of clinical thermometers, C. W. Waidner and L. A. Fischer, 275. Theory of the Matthews and the Russell-
Léonard photometers for the meas- urement of mean spherical and mean hemispherical intensities, E. P. Hyde, 255.
Thermometers, Testing of clinical, C. W. Waidner and L. A. Fischer, 275.
United States prototype meter, Recom- parison of the, L. A. Fischer, 5. Units, The so-called international elec- trical, Frank A. Wolff, 39. Use of serpentine in standards of induct- ance, E. B. Rosa and F. W. Grover, 337.
Use of white walls in a photometric lab- oratory, E. P. Hyde, 417.
Vibration galvanometer, Measurement of inductance by Anderson's method, using alternating currents and a, E. B. Rosa and F. W. Grover, 291. Voltameter, A study of the silver, K. E. Guthe (see also Coulometer), 21.
Waidner, C. W., and G. K. Burgess, On the temperature of the arc, 109. Optical pyrometry, 189.
Waidner, C. W., and L. A. Fischer, The testing of clinical thermometers, 275.
Wanner pyrometer, 226. Wattmeter methods of measuring power expended upon condensers and cir- cuits of low power factor, E. B. Rosa, 383.
Wattmeters, Influence of wave form on the rate of integrating induction, E. B. Rosa, M. G. Lloyd, and C. E. Reid, 421.
Wave form, Influence of, on the rate of integrating induction wattmeters, E. B. Rosa, M. G. Lloyd, and C. E. Reid, 421.
Waves, electrical, Detector for small alter- nating currents and, L. W. Austin, 435.
Weights and measures of United States, History of standard, L. A. Fischer,
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