Electric Illumination, Bind 2

Forsideomslag
James Dredge
Cambridge University Press, 18. dec. 2014 - 898 sider
Two years after Thomas Edison patented his electric light bulb, the 1881 International Exposition of Electricity in Paris, featuring many spectacular lighting displays, showcased the potential of this technology for commercial and domestic use. The accompanying International Congress of Electricians also agreed on international standards for units of electrical resistance, potential and current. In its wake, James Dredge (1840-1906), editor of the British periodical Engineering, compiled this illustrated overview of electrical technology and its application to lighting. First published in two volumes between 1882 and 1885, and using material that had previously appeared in Engineering, as well as new articles by various contributors, this substantial work reflects the complexities and possibilities of a propitious technological development. Among other topics, Volume 2 covers electrical measurement, standard textbooks, photometry, and recent developments in lamps and dynamos. The appendices give abstracts of British electrical patents from 1873 to 1882.
 

Indhold

65
10
Figs 23
21
to
29
to
39
25
62
43
69
46
78
ELECTRICAL MEASUREMENT General Principles Ohms Law Resistance Unit
95
Fig 192 193 Farcots Dynamometer 218
218
Parsons Dynamometer
222
to 197 Hefner Altenecks Dynamometer 223
223
to 200 Application of the Hefner Alteneck Dynamometer 225
225
Kings Dynamometer
227
Figs 205206 Registering Apparatus of the Royal Agricultural Societys Dynamometer
228
Morins Dynamometer
229
to 210 Bourrys Dynamometer
230

Bouguers Photometer
106
Massons Photometer
114
Wheatstones Photometer
120
Duboscqs Photometer
126
Ritchies Photometer Leslies Modified
132
Siemenss Artificial
139
Stevensons Absorption Photometer
149
47
160
PHOTOMETRY General Introduction Fundamental Laws Law of the Squares of Distances
173
THE EYE AS A PHOTOMETRIC INSTRUMENT
174
Horizontal Section of the Eye
176
Figs 146 147 Diagram Illustrating Refraction of Ligh 178
178
Figs 148 149 5 Action of Lenses in Causing Refraction
179
The Lenses of the Eye
180
Distribution of Light over a Hollow Sphere
181
Optical Adjustment for Distance
183
The Rods and Cones of the Eye
184
Diagram of Heat Light and Chemical Rays
187
THE EYE AS A PHOTOMETRIC INSTRUMENT The Distribution of Light
190
DYNAMOMETERs
193
Kretzs Dynamometer
194
Figs 156 157 Easton and Andersons Dynamometer
195
Emerys Dynamometer
196
Brauers Dynamometer
197
Imrays Dynamometer
198
Figs 164 165 Carpentiers Dynamometer
199
Raffards Dynamometric Balance
200
Thiabauds Dynamometer
201
Raffards Dynamometer
202
to 175 Froudes Inertia Brake
203
Browns Dynamometer
205
Raffards Dynamometer
206
Kings Dynamometer
207
Smiths Dynamometer
209
Figs 182 183 Bourdons Dynamometer
210
to 186 Hirns Torsion Dynamometer
211
Figs 187 188 Froudes Belt Dynamometer
213
to 191 Tathams Dynamometer 215
215
Megys Dynamometer
231
Figs 212 213 Ruddicks Dynamometer
233
to 220 Taurines Dynamometer
235
Neers Dynamometer
236
Figs 226227 Darwins Dynamometer
237
to 232 Matters Dynamometer
238
Figs 233234 Emersons Dynamometer
239
to 237 Smiths Ergometer
240
DYNAMOMETERS Introductory Remarks The Prony Brake Kretzs Brake Easton
241
to
248
to
255
Fig
261
Figs 267268
267
Fig 279
279
to
288
Fig
294
to
313
Diagram of Joint Resistance of Conductors
323
to
326
Figs 332333
332
Fig
338
RECENT DYNAMO MACHINES AND LAMPS THE WESTON SYSTEM OF ELECTRIC
439
Westons Dynamo Machine
443
Plan of Sir William Thomsons Inductor
448
103
450
INDEX 441 to
455
Abstracts of Electrical Patents from January 1 1873 to June 30 1882 i to ceclxv
xiii
109
cvii
Hochhausens Device for Setting Carbons into
cxlii
Resistance
clxxxv
The Brush Companys Regulator for Theatres
ccxxxii
3
ccliv
Plan of Resistance
cccxvi
111
ccclxxii
263264
ccclxxvi
273
ccclxxxiii
28
cdiii

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