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A BIBLIOGRAPHY OF ELECTRICAL SUBJECTS.

A Thesis submitted to

The Faculty of

MICHIGAN AGRICULTURAL COLLEGE

By

G.W.Bloemendal E.R. Steele

a

Candidates for the Degree of

Bachelor of Science

June,1916.
THESIS
INTRODUCTION.

94088
PREF ACE.

As a result of the destruction of the engineering
building of this institution, the loss of many electrical
text books, periodicals,and other magazines has subsequent-
ly been incurred.

In order to compensate somewhat for this unfortunate
state of affairs,it was considered highly desirable to come
pile in suitable and systematic order a list of references
to the most important electrical subjects as found in the
numerous bound volumes of the best electro-technical maga-
Zines,and also in text vooke written by men of prominence
in the electrical industry.

The ultimate purpose of this thesis is to afford the
electrical engineering student a convenient and reliable
means to facilitate the study of various electrical prob-
lems that are presented from time to time by the members
of the electrical department. This object, obviously, can be
accomplished since the student has easy access to an ex-
haustive list of references whenever he may be called upon
to prepare a paper on,or familiarize himself with some par-
ticular phase of electrical engineering.

With this end in view,we have carefully examined all
the electrical magazines and latest text books in the cole
lege library. We suggest that,in the near future,these re-
ferences be compiled so as to form a card-filing system
easily accessible to both faculty and students. Additions

can then be made as often as desired.
1.
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9,
10.
ll.
12.
13.
14,
15.
16.
17.
18.
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20.
a1.
Rae
2356

LIST OF SUBJECTS.
Commutation

Commutating Pole Motors

- D.C. Motors,Their Action and Control.

(Reference to Starting Boxes).

Education
Electrolysis
Elevators
Grounded Neutral |
Induction Metors (Methods of Starting)
Lightning Arresters

Non-synchronous Generators
Oscillograph

Reactances

Rectifiers

Rotary Converters vs. Motor-Generators
Single Phase Commutator Motors
Station Operation and Practice
Storage Batteries

Three Wire System

Thury Direct Current Transmission
Transformers

Transformer Design

Transformer Losses

Transmission

Page
15.

84

1O
16
20
ol
22
28
29
ol
33
37
38
41
47
95
08.
61.
59
60
72
ABBREVIATIONS OF MAGAZINES.

A.E. American Electrician.

A. I.E.E. American Inetitute of Electrical Engineers.
L.E. London Electrician.

E.J. Electric Journal.

E.R. Electrical Review.

E.W. Electrical World.

Scien. Amer. Scientific American.

G.E. Rev. General Blectric Review.
REFERENCES.
1.

Ze

De

4,

on

6.

COMMUTATION.

Commutators. |
LE. vol. 29, 1892, pgs. 245, 307,337, 357.

Sparking at Commutators. : : 7 re
LE. vol. 30, 1892, pes. 160,189, 212, 295, 323.

In Motors and Dynamos.
L.E. vol.52, 1893, pg. 137.

Sparking over Commutators,Prevention of.
A.E. vol.9, 1°97, pa. 169.

Of Continuous Current Dynamos. ) oo
LE. vol.40, 1°97, pgs. 520, 598, 626, 656,730.

Effects of on the Fields of Dynamos and Motors.
L.E. vol.42, 1897, pg. 328.

7 Anti-Sparking Commutator, Thompson's.

A.B. vol.13, 1901, pg. 223.

8. Brushes Running Under Oil.

9.

10.
li.

12.

13.
14.
15.

16.

17.

E.W. vol.32, 1903, pgs. 729.

Causes of Sparking of the Commutator.
E.W. vol.43, 1904, pg. 189.

Of Dynamos. E.W. vol.45, 1905, pg. &98.

Limits of Injurious Sparking . :
A. I.E.E. vol. 24, 1905, De 6ll.

Some Phenomena in. :
L.E. vol.58, 1906, pgs. 203, 65.

E.W. vwol.47, 1906.
Care of Brush Arc Generator Commutator. pg.723.
In Single Phase Motors at Startigg. pgs. 5ll, 522,

In Single Phase Motors.
E.W. vol.48, 1908, pg. 484.

Care of Commutators. |
E.Ws vol.51, 1907, pe. 1112.

Voltage between Commutator Segments,and the Critical
Speed of Shunt Motors with wide range of Speed Con-
trol. L.E. vol.59, 1907, pg. 24.

Demonstzation Apparatus.
LE. vol.60, 1908. pg.509.
19.

20.
21,
22.
23.

276
28.
29.
30.

Sl.

52.
55.

34.

396

36.

37.

38.

to

COMMUTATION.

Commutator Problems and the Covering of Slots.
L.E. vol.60, 1908, pgs.718, 800, 884, 960.

E.W. vol.52, 1908.
Of Compensated Series Motor. pgs. 1273,1284.
Problems at High Speed. pg. 488.
Problems of, pg. 434.
Theory of. pg. 1034.
L.Ee vol.63, 1909.
Turbo Commutator. pg. 121.
In D.C. generators. pg. 460.
In Dynamo Electrical Machines. pgs. 705, 758.
E.W. vol.53, 1909.
Voltage Required by. pgs. 432, 458.
Phenomena of. pgs. 950,971,1172.
InA.C. Series Motors. pg. 147.

Of D.C. Machines.
E.W. vol.54, 1909, pa. 158, 1154

B.W. vol. 55, 1910.

Resistance and Reactance of Coil Circuitd during
Commutation Period,Discussion of. pg. 784,804.

Commutation. pg. 1488.

Pres@it Position of the Theory of.
L.E. vol.64, 1910, p@a. 710, 748.

Commutation Phenomena and the Magnetic Oscillations
ocurring in D.C. Machines.
LE. vol.65, 1910, pgs.182, 235, 287, 325, 353.

Voltage between Commutator Segments.
L.Ee vol. 67, 191l1,pée. 124.

Theory of. E.W. vol.o7, 1911, pga. 364.

Commutator and Slip Ring Trouble.
E.W. vol.98, 1911, pg. 39.

Commutation,:and Commutation. Limits. (Lamme).
EJ.. February, 1916. Oo
Cr

COMMUTATION.

58. Commutation and Interpoles.

39.

40.
41

42.

43.

44,
43.

46.

47.
48.
49.

00.

E.R. vol.o9, 1911, pé- R26.

A Theory of Commutation and its Application.
A-I.E,E. vol.30,part 3, 1911, pg. 23559.

E.W. vol.59, 1912.
Synchronous. pg. 32l.

Discussion of Various Theories and their
Practical Application. pg.1435.

Analysis of. F.W. vol. 60, 1912, p@. 605.
L.B. vol.68, 1913.

A Theory of Commutation and its Application to
Interpoles. pgs.600,625.

Cause and Prevention of Flashing Over. pg. 970.

Applying the Oscillogrph to the Study of.
LeE. vol. °9, 1912, pg. 361.

LE. vol.70, 1913.

Commutating Limits to the Size of Continuous
Current Machines. Ze SBe

Physical Theory of. pg. 715.
The Theory of. pg. 973.
" " " . LE. vol.e71, 1913, pg. 105.

High Speed Commutation Constuction.
L.E. vol.74, 1914, pe/. 846.

Sl... Phenomena of. E,W. vol.65, 1914, pg. 1442,1489.

DA-6

WD

54.

DD.

Commutation Test of U.S.L. Starter and Lighter.
E.R. vol.§5, 1914, pg. 437.

Self Adjusting Commutator Device. |
E.R. vol.57, 1915, 674.

E.W. vol.66, 1918.
Commutators with Moulded Insulation. pg. 488.

What Operators Should Know about Slotted Commutatazs.
pg 756.
le

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10.

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12.
13.
14,

15.
16.
17.
18.

EDUCATION.

Engineering, Analogies between Electrical & Mechanical.
E.W. vol.ll, 1888, pg 253.

E.W. vol.19, 1893.
Flectro-Technical (R.B.Owens). pg. 417.
Technical,of the Electrical Engineer. pg. 418, 438.

Electrical Engineering,The Study of.
E.W. vol.20, 1892, pg. 97.

E.W. vol.20, 1892.
Elementary Instruction, Electrical. pga. 227.
Library Method of Study. pg. 173.

A.I.E.E. vol.9, 1892.
Electro-Technical. pg. 463.
Electrical Engineering. pg 476.

Electrical Engimeers,Training of.
E.W. vol.21, 1893, pgs. 322, 3544, 362, 394.

EBEoW. 22, 1893.
Techniaal. pgs. 397,449, 482.
In Europe. pgs. 23 95, 440, 475.
EW. vol.23, 1894.
Technical. pg. 220.
Of Engineers. pgs. 3, 202.

Elec. Engineering ,The Best Way to Begin.(K.Hall).
E.W. vol.26, 1895.

E.W. vol.25, 1895.
Blectrical. pgs. 244, 431.
Scientific and Technical. pgs. 149, 487.
Tecinical. pg. 244.

Technica} and Manual at Clevland. pg. 221.
206
26.
276

2a,

296

30...

31.

B26

33.
34.
55.
35.

EDUCATION.

E.W. vol.27, 1896.
Engineering Schools,National Aid to, pg. 202.

Engineer's. pg. 70.

Society for the Promotion of.
E.W. vol.28, 1896, pgs. 197,214, 243.

Electrical Engineering(Crocker).
E.W. vol.29, 1897, pe. 103.

Apprentices and Journeymen, Of.
A.I.E.E. vole15, 1898, pg. 72l.

Engineering. .
AE. ol. 11, 1899, pg. 127.

A.I.E.3. vol.2 22, 1903.

Professional and Theoretical Phases of Elec Engineerigg,
Typical College Courses Dealing with. pge.587?

Proper Qualification of E.E. Graduates from a
Manufacturing Standpoint. pg. 987.

Engineering from the Telephone Engineer's Standpo int.
pg 579. .

Engineering. pgs. 561, 609.
E.W. vol. 41, 1908.

Commercialism in Universities. pg. 927.

Engineering. pgs. 939,981, 1086.

Rise of the Technical Graduate. pgs. 782,960.
E.W. vol.41, 1903.

Engineering(Frenklin). pg. 105,130.
(Jackson) ™ 108, 790.

Engineering in Great Britain and America. pg. 1708.
Heredity Factor in Technological. pg. 903.
Industrial in Germany. pg. 176.

Technical,Money Value of. vg. 948.
37.
38.
39.
40.

<1.
42.
43.
44,

49.
46.

47.
48.

49.

33-6
54.

EDUCATION.

E.W. vol.43, 1904.
American and British Technical. pg.533, 592,700, 720,777
Electro-Technical. p@. 75.
Spirit of Technical. pgl. 303.
American Engineering Schools. pgs. 533, 593, 700.

E.J- vol.l, 1904.
Business Side of. pg. 342.
Technical. pg. 371.
The Young Engineer and His Opportunities. pg. 198.

Technical,of the Engfneer;
A.B. vol.15, 1905, pgs. 41, 293.

E.J. vol.5, 1906.
Engineering Training. pg. 693.
Technical. pg.712.
A.I.H.Z. vol.26,part 35, 1908.
Concentric Methoda of Teaching Elec, Engr's. pg. 1457

Attitude of Technical Schools toward the Profession.
Pe 1457.

Engineering(A.1.%.%. Papers).
E.W. vol.52, 1908.

LE. vol.61, 1908.
Engineering in Indka. vag 107.
Technical in America. pe. l, 22.

“ " in France,
LE. 62, 1908, pg. 755.

E.R. vol.53, 1908.
Discussion on. pag 84.

Elec. Engineering,The Relation of to Other Branches
of the Profession. pg.636.
DD-6
56.

D7.

98.

59.
60.

61.
62.

63.
64.
65.
66.

67.
68.
69.

70.
71.

726

EDUCATION.
E.R. vol.53, 1908.
Engineerign Students,Teaching Mathematics to.pg. 287.

Teaching Mathematics from the Standpoint of the
Practicing Bngineer. pg. 321.

Classics in.
E.W. vol.54, 1909, pgs.105, 203, 236,261.

Suggestions to Engineering Apprentices.
E.J. vol.5, 1909, pg... 197.

A.I.E.E. vol. 27, 1908,

New Methods of Training Engineers, Discussion on.
| pg. 1480.
Technical Graduates, Relation of the
Manufacturing Co. to. pg. 1473,1497.

A.I.H.E. vol. 28, 1909.
Classics in Engineering,Value of. pg. 1103.
Training of Non-Technical Men . pg. 1107.

E.R. vol.54, 1909.
Educational Work of the %.T. Elec. Co. pg. 261.
Funianental Principles of Industrial. pgs. 741,783.
Blectrical Engineering at the Armour Inst. Technology
Literary Side of. pg. 1003. PEs 158.

E.W. vol.54, 1909.
Engineering vs. Technical Education. pg. 134.
German,Value of. pg. 385.
Relation of to the Industry. pg. 135.

E.R. vol.56, 1910.
For Leadership in Electrical Enginnering. pg. 837.
Electrical Engineering. pg. 938.

Blectrical Engineerign Graduates.
E.R. vol.57, 19910, pe. 206.
73.

74.

75.6
76.
776
78.

79.

80.

81.

82.
83.

B84.

85.
86.
87.
B8.

89,
90.
91.

EDUCATION.
University of Pittsburgh, Cooperative Plans of the
Instructors.
E.W. vol.55, 1910, pe. 1517.

Higher, Comments on,Pres. Schurman's An:ual Report.
E.W. vol.55, 1910, De 1161.

E.J. vol.7, 1910.
Training of Non-Technical Men. pg. 76.
Apprentisnip Course and the Enginerring Graduate, pg.
International. LE. vol.64, 1910,pg. 173. 200

Movements towards a National.
LeE. vol.55, 1910, pg.

Address to Engineering Students. (Scott).
E.J. vol.f’, 1911, pg. 970.

Practical. LE. vol.66, 1911, pa. 142.
L.E.vol.57, 1911.

Education and Training of Engineers.
pgs. 161, 180,461, 502,543, 548, 583, 609, 622.

Engineering. pag. 146.
Estimstes. pg. 569.
Practical Training. pg.880.
E.W. vol.57, 1911,
Commercialism in. pv. 348.
Fundamentals in (E.H. Freeman). pg. 828.
Over Specialization in. pg. 1202.
Engineertng. E.W. vol.58, 1911, pe. 84.
E.R. vol.58, 1911.
Electrical. pg. 477.
Ideals of Engineering(W.C.Bauer). pg. 835.

Education for Leadershdép, Discussionon.
A. I.H.E. vol.29,part2, 191i, pee 663.
96.

97,

E.R.

EDUCATION.
vol.59, 1911.

Report of American R'y Association on. pg. 834.

Elec, Engimeering,Advanced Study in ,Mass. Inst. Tech.

pe. 108

Higher Engineering. pg. 1267.

Engineers, Training of.

L.E.

Humanities in
Bede

Discussion on
E.W.
EW.

vol.70, 1912, pg. 831.

Technical.
vol.190, 1913, pg 314.

vy Steinmetz, Promotion of Engineering
Education.
vol.62, 1913, pa. 12.

vol.63, 1914.

98/ Industrial and Vocational Schools,Testimony of
Steinmetz and Williams. pg. 1379.

99. New Field for Engineering Universities. pg. 317.

100.

101.

New Learning.

E.W.

pg. 1057.
vol.65, 1915.

Commercial Engineering Course of the N.E.L.A. pg.1073

102. Engineers in the Making. pg. 841.

193.

Training Men

for the Central Stdion Industry,

Commomwéalth Edison System. pgs.952, 1142.
Le
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16.

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12.
13.
14.
15.
16.
17.
18.

19.

10

ELECTROLYSIS.

Mechanical and Thermal Effects Accompanying.
E.W- vol.9, 1887, Pe 14.

E.W. vol.1ll, 1888.
Electrolysis. pg. 160.
Experiments on. pg. 333.
Electrolytic Corrosion.
E.W. vol.24, 1894, pg. 144.
A.I.E.E. vol. 11, 1894.
Destructive Bffects of Currents on Subterranean Pipes.
| Ppgese 191, 857. .
Electrolytic Corrosion,Railbonding and Its Effects,
Bearing on. pe. 859.
E.W. vol.25, 1895.

Of Underground Pipes by Trolley Currents.
pes. 82,835,179, 386, 441, 508, 603,1125.

Of Under Ground Cables. pg. 617.
By Trolley Currents,Prevention of. pg. 401,550,557.
Electric Condition of Buried Conductors due to leak-
age Currents fpom Electric R'ys.
Pgs. 363, 393, 421, 456.
E.W. vol.26, 1895.
In Buried Pipes,Prevention of. p@. 241.
Of Pipes. pg 410.
Prevention of. pg. 473.
By Railway Currents, Prevention of. pge 267, 428.
Remedy for. pg, 473, 525.
Of Water Pipes. (In Boston). pg. 380.
Electrolysis. A.E* vol.&, 1896, pe. 13.

From Electric Railways.
A.E. vol.9, 1897, PRe 156.

Brooklyn Bridge Possibilities.
E.W. vol.3l, 1898, PES. 3, 24.
25-6
24.

29d0
26.
276

28.

30.
Sl.

37.
38.

39.

11

ELECTROLYSIS.
E.W. vol.30, 1897.
Water Pipes. pg 337.
In Chicago. pg. 3376
Prevention. pg. 538.
A.E. vol.10, 1698.
Electrolytic Action on the Brooklyn Bridge. pg. 426.
Damage to Ships. pg. 464.
A.E vol.12, 1900.
Ey Return Currents of Railway Lines. pg. 342, 528.
Railway,Cure of by Independant Returns. pgs. 8&8, 172.
Effects of Joint Resistances. pgs. 119, 191, 192, 284
A.I.E.E. vol.17, 1900.
Electrolytic Corrosion. pg. 355, 517.
" " in the Brooklyn Bridge. pg ”
L.E. vol.44, 1900. “ee
From Tramway Circuits. pg. 34.
Of Cast Iron Water Mains. ‘pg. 339.

Traction Curents and--.
LE. vol.47, 1901, pgs.72, 218, 355, 473, 613, 990

E.W. vol.40, 1902.
From Electric Railway Currents. pgw. 63,778,338, 632.
Trolley,Obviating(Parshall Pat.). pg. 286.
Theory of. pg. 186.
In Water Pipes. pg. 385.
E.W. vol.41, 1903.
Of Gas and Water Pipes. pg &5.
Residual Curents. pg. 205.
Stray Currents. pg. 85.
40.

4l.
42.
43.

44.
45.
46.
47.
48.

936
54.
05.

96.
O7 .
08 .
59,

ELECTROLYSIS. |
Of Water Pipes. E.W. vol.41, 1903, pe. 489.
E.W. vol.42, 1903.
Theory of. pg. 308.
Surveys for Electric Railways. pg. 229.

Electrolysis Clauses in Gas Bills.
LE. vol.53, 1904, pg. 43.

E.W. vol.47, 1905.
Alternating Current. pg. 1098.
Railway Return Current. pg. 1084.
Undergound Pipes. pg. 1350.
Of Water Mains. LE. vol.54, 1905, pga. 46.

Report of the German Commission.
L.E. vol. 57, _1906, pes. 525, 633.

E.W. vol. 49, 1906,
From 8trdng Currents of Tramways. pg. 337.
Gas ans Water Pipes. pg 718.
German Study of. pg 355.
Iron Pipes Corroded by. pg. 878.
A-I.E.E. vol. 26, 1907.
Electrolytic Corrosion of Iron and Steel in Concrete.
Alternating Current. pg 201. PG 208
Report on. E.R. vol.52, 1908, pg. 817.
E.R. vol.59, 1909.
Damage by. pg 1047.
Problems in Winnepeg. pg 948.
Situation in Dayton. pg. 541.

Earth Returns in America. pg.
L.E. vol.63, 1909, 912.
60.

L3

ELECTROLYSIS
E.W. vol.64, 1909.
England vs. the U.S. pg. 1864.

61..European Cities. pg. 1216.

62.

63.
64.

65.
66.
67.
68.

69.
70,
71.
TR.

V3.
74,

15.6

76.
776
78.
79.

Peoria Case. pg 9.
E.W. vol.55, 1910,
Farth Currents,Reversal of Coception Usually Held.
Pgs. 386, 405, 701.
Of O11 Pipes. pg 1657.
E.R. vol.56, 1910.
Electrolysis. pg. 1326.
In Lockeport N.Y pe. 1119.
Ultra-Microscope, Studies with. pg.

In Toronto Railway.
L.E. vol.65, 1910, pe. 2

E.W. vol.58, 1910
Cicago. pgs. 431, 985.
German Report on. pg 177.
Of Water Pipes in Pittsburgh. pg 457.

Corrosion in Reigforced Concrete.
A.I.E.E. vol.30, part3, 1911, pg. 2055

Ravages of. E.R. vol.{§ 1911, pg. 124.

Protecting Gas Pipes against.
LB. vol.67, 1911, pg. 36S.

In Chicago. L.E. wol. 68, 1912, pa. 457.
E.W vol.59, 1912.
Ordinance to Regulate Damage from,In Chicago.
pgs. 1105,1149, 1249,1414.
Deep Earth Connections for Elimination of. pg. 1217
Underground,Investigation of by the Bureau of Standards

pg. 891.
Peoria Case. pg. 1052.(Decision of).
84,
Gd.

8&6.

87,

88.

89,

90.

<P
92.

93.
94.

14

ELECTROLYSIS.
E.W. vol.60, 1912.
Chicago Ordinance. pg. 138.
" " vs. British Regulations. pg. 294.
Concrete Electrolytic Action. pg. 1354.

Rate of Corrosion of Various Kinds of Iron in Street
Soils,Experiments to Determine. pg. 27.

E.W. vol.61, 1913.
Chicago Problems. pgs. 1126, 1301.
National Committee on. pg. 1072.
E.W. vol.64, 1914.
Contact Tools for Survey. pg. 1207.
Los Angeles Case. pg. 941.
Reinforced Concrete. pg. 718.
L.E. vol.72, 1914.

Corrosion of Iron and 8Steel,Hlectrolytic Methods
for Prevention of. pg. 825.

Errors,and Interpretation of Tests. pg.91l.
L.B. vol.73, 1914.
In Reinforced Concrete. pg.s. 868, 870.
In Paris’ Streets. pg. 954.
E.W. vol. 65, 1915.
Responsibilities of Owners of Underground Utilities.
Electrolytic Damage,No Minimum Voltage for. ae. 540,
E.W. vol.67, 1916.
Electric Effect of. pg. 617.
Report on in Providence. pe. 679.
Mitigation in Springfield and Elyria,O. pge.435.

._ 8 Methods. pg. 974.
ELECTROLYSI 8:
E.W. vol.67, 1916.

15.

09. Overhead and Percelain Strain Insulator. pg. 627.

100. Survey for Indiana Peles. pg. 788.

Technologic Papers. (Bureau of Standards).

101. In Concrete. Mar. 19, 1913.
102. Electrelytic Corresion. June 12, 1913.

103. Special Studies in Investigation. June 19, 1919.

104, " « *« Electrolysis Mitigation, from

Electric Railway Currents. Dec. 27, 1913.

105. Earth Resistance and its Relation to Electrolysis in
Underground Stuctures. Dec. 29, 1915.

106. Mitigation. Dec. 27, 1915.
107. Mitigatien in Elyria,QOhie. Jan. 22, 1916.

108. . 8 * Springfield,Ohio. Feb. 5, 1916.

KHEHHKEKEKKKEKKRKAKEKHKKKRKKER

COMMUTATING POLE MOTORS.

1. Commutaticn Poles in D.C. Motors. :
L.E. vol.57, 1906, pg 361.

E.W. vol.50, 1907.

2. Commutation Poles,Influence on the Behavior of

Generators and Motors. pg.

3. Railway Motors. pg 9g0.
4. Adjustable Speed. ELR. vol.55, 1909, pg. 400.

5. Commutation Pole Saturation on D.C. Machines.
E.R. vol.63, 1903, Pee 28.

6. Theory of Commutation and its Application to
Interpole Machines. (Lamme).
E.R. vol.59, 1911, pg. 826.

727.

7. Physical Limitations in D.C. Commutating Machines. (Lamme)

E.R. vol.59, 1911, pa. 674.
l.

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9.

10.

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12.
13.

17.
18.
19,

ELEVATORS.

Operation of by Electricity.
E.W. volell, 1888, pg. 303.

E.W. vol.60, 1890.
A New Electrical. pg. 437.
Otis Electric. pg. 3.
Orgley's Elec. Valve as Applied to. pg.

Differentigl Gear for. |
E.W. vol.17, 1891, pea. 373.

Otis. pg 7.
Frisbie on. pg 132.
E.W. vol.19. 1892.
Edison Controller. pg. 145.
Leonhard. pg 301.
Sprague-Pratt. pg 228.
E.W. vol.20, 1892.
An Improved. pg. 45.
A.B. See. pg. 284.

Morse Direct. , ..EeW. vol.21, 1893, pg. 452.

E.W. vol. 22, 1°93.
Constant Speed D.C. pg. 203.
Inclined. pg. 105.
Gearless. pg. 16.

E.W. vol. 24, 1894,
Direct Controller. pg. 271.
Hamilton. pg. 62.

Automatic Switch. ..
E.W. vol. 2o, 18905, Pe 153.

16
20.

27.
28.
29.
30.
ol.

O26

35-6
34.
35.

35.
37.

38 e
359.
40.

ELEVATORS.
Sprague. E.W. vol.27, 1896, pg. 128.
E.W. vol.28&, 1896.
Inclined. pg. S27.
For Private House. pg. 151.
In Office Buildings. pg. 502.
Spague Control. pg. 246.

Special Types, Detailed Description of.
A.I.3.E. vol.a3, 1896, Pee Se

New Controller. E.W. vol.29, 1897, pgs. 695, 744.

E.W. vol.29, 1897.
Developement of. ps. 447, 475, 506.
Electric. pw &8l.

Otis. pg. 643, 684.
Sprague. pgs. 930, 557.

Calling Signale.
EW. vol.30, 1897, pg. 270.

Great Northern. E.W. vol.31, 1898, pg. 211.
A.B. vol.10, 1899,
Keystone Motor. psa 47.
With Non-Reversible Motor. pg. 227.
Control. A.E. vol. 12, 1900, pa. 522.
A.E. vol. 13, 1901.
Controllers, Brake. pee 444.
Controllers, Solenoid. pg/ 459.
A.E. vol. 14, 1902.
Control Systems. pgs. 915, 530.
Control, Automatic. pg. 708.
Electric. pg. 217.

17
ELEVATORS.
41. Systems. A.E. vol.14, 1502.
42. Safety in. E.W. vol.40, 1902, pgs.47, 253, 462.
A.B. vol.15, 1903.
43. Mechanism. pg. 501.
44. Push Button Control. pg. 803.
45. InductiOn Motor for. pg. 319.
46. Electric. E.J. vol.l, 1904, pg. 187.
A.I.E.E. vol. 19, 1902.
47. Electric. pg. 423.
48. Power Consumption of. pg. 429.
A.E. vol. 17, 1905.
49. Operating Cost of. pg. 85.
50. Electric. pg. 540.
E.W. vol.45, 1905.
S1. Motor Driven Hydraulic. pg. 1045.
o2. Wiring for. vg. 807.
53. Mabbs. E.W. vol.46, 1905, pg. 452.
54. Control of A.C. E.W. vol. 47, 1906, pg. 1228.
93. High Speed. E.W. vol.50, 1907, pga. 994.
E.W. vol, 55, 1910.
96. Illuminated Threshold. pg. 825.
97. Trolley for Bell. pg.
98. Controllers. E.R. vol.0o6, 1510, pg. 98.
v9. Freight . E.R. 97, 1910, pg. 995.

60. A.C. Motor Operated.
E.R. vol. 58, 1911, pg. 244.

61. Control. A.I.E.E. vol.30,part 2, 1911, pe. 1566.
62.

63.
64,
65.

66.
67.

68.
69.
70.

71.
T2.6

73.
74,
756

76.
776
78.
79.

e&0.

19

ELEVATORS.

Position Indicator for.
E.W. vol.568, 1912, pa. 3222.

E.W. vol.62, 1913.
Controller Parts ‘Cabinet. pg. 533.
Equipment of Woodworth Building. pg. 125.
Signaling Circuits. pg. pes. 136, 298.
E.R. vol.53, 1913.
Controller. pgs. 543, 785.
As Station Loads. pg. 3605.
E.R. vol.64, 1914.
Controller. pgs. 149, 795.
Circuits for Signaling. pzs. 620, 1026.
Signal.Systems. E.R. vol.65, 1914, pg. 123.
E.W. vol.63, 1914.
A.C. Controllers. pg. &°89.
Limit Switches. pg. 1260.
E.W. vol.64, 1914.
Electric Gate Lock. pg 97.
Safety Control Apparatus. pg. 146.
Safety Threshold Lamps. pg. 1017.
E.W. vol.65, 1915.
Timing Device. pa 52.
Protective Device. pg 179.
Gearless Traction. pg. 1011.

Operating Necds of Grain.
E.W. vol.65, 1915, pe. 99.

Operation and Maintenence.
E.R. vol.66, 1915. pgs. 947,985, 1060.
THE GROUNDED NEUTRAL. 28

L. Effects of,-

E.W. vol. 41, 1903, pe. 606.
26 E.W. vol. 435, 1904, 1014.

3. Of Constant Potential. EW. vol. 43, 1904, pg. 353.
4. On High Potential Alternators..-«=

A.E. vol. 16, 1904, pg. 333.
9. Of Distribution Systems. A.E. vol. 17, 1905, pg. 32.
§. In High Tension Plants. E.W. vol. 48, 1906, $&S 676.
7. On High Potential Systems. E.W. vol. 50, 1907, pg. 767
8."Electric Power Transmission" (Bell), pg. 450
9. E.R. vol. 51, 1907, pg. 624.
10. Trouble Due to. EeRe vol. 51, 1907, pa. 664.
ll. Illustrated. A.I.E.E. vol. 26, 1907, pg. 1597.
12. On High Tension Systems.--

A.1.E.E. vol. 26, 1907, pg. 1605.
13. In High Tension. Systems,With and Without resistance.

A.I1.E.E. vol. 26, 1907, pg. 19895.
14. " Blectric Power Transmission"(Hutchinson), pg, 228.
15. In Third Harmonics in Three Phase System.

"Alternating Current Phenomena". (Steinmetz).
16. Of Three Phase Alternators.-

"Elements of Elec. Engr.” (Steinmetz).
17. Of High Potential, Alternators. -

E.W. vol. 53, 1909, pe. 301.
18. Comparison of Different Wethods.

E.W. vol. 58, 1911, pga. 1257.2”

.19. Connection to Water Pipes.

E.W. vol. 58, 1911, pz. 819.

Lobe bth OF a aoe
l.

Le

Se

De
6.

Te
Be

9.

10,

li.

12.

13.

14.

15.

ol

INDUCTION MOTORS.
(Methods of Starting)

Starting of A.C. Single Phase.
E.W. vol.30, 1°97, pg. 700.

Starting Device for.
A.E. vol.ll, 1899, pg. 468.

Single Phase Induction Motor, and Self-Starting Con-

densing Motor.
A.I.E.E. vol.17, 1900, pa 25.

A.E. vol.13, 1901.
G.E. Self-Statting Single Phase. pg. 603.
Three Phase ,Starting. pe. 579.

Massie Self-Starting. ~-~.
A-E. vol.16, 1904, pg. 408.

EW. vol. 47, 1905.
Starting of Single Phase Induction Motors. pg. 530.
“ *° Small Motors. pe. 53.

Starting of Two Phase from Single Phase Circuit.
E.W. vol.52, 1908, pg. 1013.

Induction Motor Starters.
E.R. vol.52, 1908, pe. 244.

Starting Single Phase on Two Phase .
E.W. vol.56, 1910, pg. 277.

Methods of Varying the Speed in A.C. Motors.
A.I.E.E. vol.30,part 3, 1911, pe. 2455.

Starting Squirrel Cage.
E.W. vol.61, 1913, pg. 532.

Starting and Speed Cotrol in Induction Motprs.
L.E. vol.71, 1913, pgs. 211, 213.

Three Methods of Starting,Comparison of.
LE. vol.71, 1913, pg. 563.
B2

LIGHTNING ARRESTERS.
1. And the Ammeter,The Thompson.
E.W. vol. 7 & 8, 1886, vg. 115.
2. The Law. E.W. vol. 12, 1888, pa. 172.
3. Lightning Protetor, Improved.
E.W. vol. 14, 1°89, ps. 168.

E.W. vol. 15, 1890.
4. The Central. pg. 116.
o. The perfect Protection. pg. 114.
6. The Wirt. pg. 320.
7. Lightning Protector, Lodge. pg. 334.
8. " . " "Razzle Dazzle". pg. 180.
9. Photographic Study of Self-Induction.
A.I.E.E. vol. 6, pgs.74; 135; 146.
10. Discovery of Non-Arcing Metals.
A.I.E.E. vol. 11, 1°92, pg. 102.
ll. E.W. vol. 21, 1°93, pas. 252; 302.

E.W. vol. 28, 1893.
12. Ajax. Z. 397.
13. Thompson. ov. 236.
14. Telegraph Lines, for. pg. 213.
15. Various Forms of American. pg. 428.
16. Discriminating. . . A.I.E.E. vol. 11, 1894, pg. 337.

E.W. vol. QO, 1894,
17. Non-Arcing R'y of the Westinghouse.Co. pg. 507.

18. Discriminating and Recent Progress in the Means
for Protection. pg. 7357.
19.
20.

21.

29.6
30.
31.
32.
33.
34,

396
36.
37.
38 .

Lightning Arresters.
E.W. vol. 24, 1894.
Telephone Circuit, for the. pg. 214.
Summary of, Descriptive. pg. 503.
New. pg. 503.

EeW. vol. 25 » 1895.
Lightning Arresters. pgs.317; 670.
Lecture on by Wurtz. pg. 726.
Non-Arcing. pg. 83.

E.W. vol. 26, 1°95, pg. 526.

‘E.W. vol. 27, 1896.
Pgs. 204: 261: 407; 408.
Garton Type. pa. 753.
Thompson's Magnetic Blowout. pg. 531.

E.W. vol. 28, 1906.
Pages 338; 173.
Experience with. pg. Sl.
Oelschlager-Schrottke System. pz. 283.
Telephone Switchboard. pg. 177.
Utica Manufacturing and Supply Co. pg 115.

Univereal NoneArcing. EW. vol. 30, 1897, peg.

EW. vol. 29, 1°97.
High Tension A.C. pag 106.
Magnetic Blowout. pg. 567.
New Form. pg 554.
Wirt A.C. pg. 597.

367.

no
40.
41.
42.
43.
44.
45.
46.

47.
48.

49.
50.
ol.
52.
53.
54.

24

LIGHTNING ARRESTERS.
Lightning Arrester,Vacuum Tube as.

L.E. vol. , 1902 & 1903, pg. 390.

E.W. vol. 31, 1898, pe
Alioth. pg. 623.
Connecticut Telephone and Electric Co. pg. 535.
Test by Earth Plates. pg. 35.
KeystoneTelephone Co. pg. 662.
Varous Forms. pg. 35.
Viaduct Manufacturing Co. pg 3.
On Transmission Lines; Performance of.

A.I.E.E. wol. 24, 1905, pgs. 951; 982.

A.I.E.E. vol. 26, part 2, 1907.
Practical Testing of Commercial. pg. 1097.
Proposed Test of. pg. 1139.

A.I.E.E. vol. 27, part 1, 1907.
Multi-Gap. pg 425.
Design of,New Principles in. pgs. 461; 487.
Permanent Leak Water. .-. LeE. vol. 59, 1407, pga. 216
Aluminum. _°. A.I.E.E. vol.27,part 1,1908, pg. 669.
Westinghouse Electro. pg L.E. vol. 61, 1908, 104.
Aluminum. L.E. vol. 63, 1909, pe. 493.

E.W. vol. 56, 1910.
Aluminum Cell for Underground Cables. pg. 449.
Westinghouse Electrolytic. pg. 959.
Self-Cleaning. pg. 635.
58.
59.
60.
61.

62.
63.
64.
65.

66.
67.

68.
69.
70.

V1.
726
73.

74.
75.

76. Improved Horn Gaps for.

77.6

LIGHTNING ARRESTERS,.
E.W. vol. 55, 1910.

Aluminum Cell with Submerged Blectrode. pg. 690.

Choke Coil Connections. Dae 60.

Thomas Mercury Vapor. pg. 621.

Vacuum, Siemens and Halske. pg.
E.W. vol. 58, 1911.

Installation of,Pittsburgh R'y Co. pg. 685.

Westinghouse Outdoor. pg. 356.
Telephone . pg 63.
Design, Features of(Electrolytic).

E.W. vol. 57, 1911, page 1239.

E.R. vol. 59, 1911.
Westinghouse Type G. pg. 237.
New Type of, pg. 38.

EW. vol. 59, 1912
Low Voltage Westinghouse. pg 1276.
Westinghouse Spark Gap. pg. &68.
Vacuum Type,(Bach). pg. 988.

E.W. vol. 60, 1912.
Adaptation of Threephase for Two Phase Use.
Demonstration of Low Voltage. pg. 842.
Electrolytic. pg. 209.

E.R. vol. 61, 1912,
Aluminum in Railway Service. pg 182.
Westinghouse D.C. pg. 228.

pg. 1153.

E.R. vol. 62, 1913, pg. 826.

--- and Transformers. E.R. vol. 63, 1913, pg. ێ70.
78.

79.
80.
81.
82.
83.
84,
85.

86,
87.

88.
89.

90.
91.

92.
93.
94.
95.
96.

97.
98,

26

LIGHTNING ARRESTERS.
E.W. vol. 61, 1913,

Aluminum, Construction, Operation, end Maintenence. pg. 156

Horn Gaps for. pe. 796.
Developement, Application, and Operation. pgs. 1220;1202.
Main Types of. pg. 1023.
Electrolytic,Maintenence of. pg 1374.
Panel Board Electric Service Supply Co. pg. 639.
Testing. pg. 2895 (D)
A New Aluminum L.E. vol. 72, 1913, pg. 25.
E.R. vol. 64, 1914,
Present Status of Aluménum. pg. 486.
New Electrolytic. pg. 792.
E.R. vol. 65, 1914.
Electrolytic. pg. 525.
With Resistanve Horn Gap. pg. 295.
E.J. vole 11, 1914.
Electric Railway Equipment,for the Protection of. pg.247
Electrolytic, Charging Resistance for. pg. 251.
E.W. vol. 64, 1914.
Alarm Bell for. pg. 676. |
Horn Gap,R'y and Industrial Enzineering Co. pg. 245.
Overload Series Gap. pg. 344.
Pizzuti and Ferrari,New Type. pg 483.
Substation Roof Installatéon. pg. 89.
E.W. vol. 65, 1915.
2900 Volt,Westighouse Electric Co. pg. 1335.

High Voltage for Telephone Lines. pg. 920.
LIGHTNING ARRESTERS.

E.W. vol. 66, 1915.

99. Electrolytic. p@. 987; 1041.

100.
101.
102,
103.
104.

105.

106.

Eubbard end Co. pg 151.

Ground Wire Disconnectom. pg. 264. |
Protection fpom Lightning and High Tension. pg.
*" Electric Power Transmission” (Bell). pg. 569.

27

186.

The History of the Lightning Arrester. (A.J. Wurts).

E.J. vol.1l3(April), 1916, pg.187.

The History of the ii gitning Arrester. (A.J.Wurts).
M

E.J. vol.13(May), 1916, pg. 207.

The History ofmthe Lightning Arrester. (R.P.Jackson).

E.J. voi.13, (June) ,1916, pe. 299.

‘N
Te
8.
9.
10.

li.

12.

13.
14,
156
16.

17.

18.
19.

20.

28

NON* SYNCHRONOUS GENERATORS.
&

Some Tests with an Induction Generator.
A.I.E.E. vol. 15:;1898;pg. 409.

Induction Motor as a Non-Synchronous Generator.
A.E. vol. 13, 1901, pg. 26.

Induction Generator.
"Standard Polyphase Apparatus"(Oudin), pg.27.

Compensation of Non-Synchronous Generators.
E.W. vol. 42, 1903, pa. 529.

Induction Generator.
A.I.E.E. vol.e21, 1993, pg. 578.

Induction Type Generator.
" Electric Power Transmission" (Bell) ,pg.192.

Non-Synchronous Generator in Central Station "ork.
A.I.E.E. vol. 27, 1908, 157.
L.E. vol. 60, 1908, ps. 798.

Induction Generator.
"Current Phenomena" (Steinmetz), pg.310.
"Elements of Elec.Engr." (Steinmetz) ,pg. 407

Induction Generator. (Selby-Haas).
E.W. vol. 55, 1910, pg. 1606.

True Power Delivered by.
E.W. vol. 55, 1910, p-. 887.

E.W. vol. 56, 1910.
Induction Ganerator,High Frequency. pg. 314.
Induction Generator and Rotary Condenser. pg. 715.
Asynchronous Generator,Operation of. pg. 445, 464.

Asynchronous Single Phase,Shunt Induction Generator
with Mixed Excitation. pgs.1379, 1534.

Squirrel Cage Induction Generator.
E.W. vol. 60, 1912, Pp&- 15.

Impedence Test on. A.I.E.E. vol.32, 1913, pe. 514.

Non-Symchronous Generators, Effect of Load Change on.
A.I,E.E. vol. 32, 1913, 2016.

Induction Generator.
"Elements of Elec. Engr."(Stetnmetz).pag. 340
29

| OSCILLOGRAPH.
le. Oscillographs. E.W. vol.29, 1897, pe. 662.

2. Experiments in A.C. Arcs.
LE. v0Ol.43, 1899, pgs. 52, 79, 86, 167.

E.W. vol.4Q@, 1902.
3. ( Dudand) pg. 588.
4, ( Blondell). pg. 1013.
5S. Recent Applications of. pgs. pgs. 982, 999.
6. E.W.vol.41, 1903, pg.743.
7. (Dudell). L.E. vol.51, 1963, pg. 909.
8. Some Usee of. L.E. vol.52, 1904, pe. 684.
9. Wave Tracer. L.E. vol.54, 1905, Pe 1036.
10. Uses of. A.I.E.E. vol. 24, 1905, pg 185.
E.W. vol.47, 1905/
1l. General Electric Co. cpg. 578.
12. Ruhmer Glow Light. pg. 744.
13. Recent Applications/ L.E. vol.57, 1906, pg. 884.
14. Oscillographic VInvestigation into the Periodic Varia-
tions in the Magnetic Field of a three Phase Gen.
L.E. vol.56, 1906, pg. 1049,
15. Oscillograms,Value of in Connection with Auxiliary Pole
Mach$nes.
E.J. vol.3, 1906, pg. 5312.
16. Hot Wire. E.W. vol.50, 1907, pg. 378.

17. Improvements of Blonddll Bi-Polar.
L.E. vol.58, 1907, pgs. 299, 343, 695.

L.E. vol.59, 1907. |
18.0n Recording Transitory Electrical Phenomena. pg. 292.
1S. Study of Low Frequency Arcs. pg.7 07. |
20. Hot Wire Oscillographs and Wattmeters. pgs.249,266, 306
30

OSCILLOGRAPH.
E.N. vol. 49, 1907,
21. Hot Wire. pg. 1320. |
22. Siemens and Halske. pg 1912.
25- Records of Telephone Currents. pg. 147.

24. Application of on Teat Floor.
EW. vol.52, 1908, pg. 412.

25. In the Shop. E.R. vol.53, 1908, pg. 117.
26. On the Test Flor. E.J. vol.5, 1908, pa. 401.
27. Duddell. L.E. vol.62, 1908, Pee 470.

28. Use of in Fuse Testing.
E.R. vol.66, 1910, pr. 1150.

29. Hot Wire. E.W. vol.55, 1910, pe. 902.

30. Use of on 50,000 Volt Line .
L.E. vol.64, 1910, Pee 53.

31. In Research and Instruction.
E.R. vol.61, 1910, pg. 52.

LE. vol.69, 1912.
32. Applicetion to thé Study of Commutation. pg. 361.
33. Theory of. pg. 387.
E.R vol.63, 1913.
' 34. Electrostatic. pg.1190.
35. Study of Commutation by. pg 32.
L.E. vol.72, 1914.
56. Electrostatic. pg. 290.
37. Cathode Ray and Its Uses. peg. 171.

38. "Alternating Current Machinery".(Jackeson).
pgs. 593, 594, 644, 648.
ol

REACTANCE,
1-A-I.E.E. vol. 11 ~1°94, pg.640.
2. EW. vol. 23, 1894, pg. 862. (Steinmetz)
5. EW. " 29, 1897, pg. 686. "
4. Coil,Design for. A.E. vol. 12, 1900, pe. 400.
9. Lessons In. A.E.vol. 16, 1904, pg. 99.

6. Reactance Voltage of Continuous Current Dynamos.

LE. vol. 37, 1906, pes. 994:998.
7. Coil,New Type of.
LeE. vol. 64, 1909, pg. 482; 487.

LE. vol. 63; 1909,
@. Coil, New Type of. pe. 908.
9. Leakage. . . . . " 742; 796.
10. " % , %LeE. vol. 65; 1910, pgs. 100; 612; 652; 1072.
E.W. vol. 58, 1911.
ll. Power Limiting,Use of.(Schuchardt & Schweitzer). pg. 4
1c. In A.C. Circuits. pee 1102,
E.R. vol. 59, 1911.
13. Reactance in A.C. Circuits. pg 916.
14. Power,Use of with Large Turbo-Alternators. pg. 54.
15. Synchronous and Asynchronous.
L.E. vol. 68, 1911 & 1912, pgs. 550; 590.
16. . .« . LeE. vol. 67, 1911, pes. 961; 1000.
17. «©. | »«-LDeB. vole 69, 1912, pg. 365.
18. . . . LE. vol. 70, 1912, pg. 588; 628.
19. Use of in Transformers.
} L.E. vol. 70, 1912, pg. 106.
20. CoilUsed with Generator Supplying Railway Load.

E.W. vol. 50, 1912, pg. 619
22.

256

24.

25.

26.

27.

28.

29.

30.

Sl.

32.

IS

32

REACTANCE.

Reactors, Porcelain Clad.

E.W. vol. 60, 1912, pgs. 828; 852.
Of Stranded Conductors.

B.W. vol. 61, 1913, pes. 828; 862.
For Synchronizing for Paralleling Alternators.

E.R. vol. 65, 1914, pg. 513.
Use of with Synchronous Converters.

E.R. vol. 55, 1914, pg. 760.
Effect of on Low Power Factor Feeder Circuits.

EBE.W. vol. 64, 1914, pg. 626.

E.W. vol. 64, 1914.
Conical Type (G.E.) pg. 879.
Effectiveness of Feeder and Bus Bar. pg 751.
Location for Current Limiting. pg. 1159.
Synchronous Converters, Protection of. pg. 751.
Reactors. E.W. vol. 65, 1915, og. 1119.
Coils,Metropolitan Protection.

E.W. vol. 65, 1915, pa. 945.
Current Coils, Firetproof, Limiting Type,G.E.

E.W. vol. 66, 1915, pg. 376.
Protective. E.W. vol. 66, 1915, pg. 176 (D).
Laboratory Built, Large Capacity.

E.R. vol. 61, 1915, pe. 610.
es. E.R. vol. 62, 1915, pga. 944.

Reactance and Resistance.

“Experimental Elec. Engr."(V.Karepetoff).

37."Electric Tranemission of Energy". (A.V.Abbot),Vol.l & 2
RECTIFIERS.
L. Arc Lighting. E.W. vol. 28, pg. 241.
2 * " E.W. vol. 30, 1897, pg. 211.
5.Design of Single Phase. A.E. vol. 11, 1899, pg. 282.
4. Hewitt and Nodon. LeB. vol. 50, 1902, pes. 551, 558.
5. Electrolytic. L.E. vol. 53, 1904, pgs. 1014, 1037.
6. ._ A.E. vol. 16, 1904, pg. 225.

7. Mercury Arc,Single Phase.
L.E. vol. 56, 1905, pg. 387.

@, Mercury Arc,Constant Current.
A. I.E.F. vol. 24, 1905, pgs. 371, 394.

9. Mercury Vapor. E.J. vole 11, 1905, pg. 397.
10. Mercury Arc. A.E. vol. 17, 1905, pg. 367.

ll. " * ,Constant Current.
A. I.E.E. vol. ? 1905, Peo 371.

12. Mercury Rectifier in Arc Lighting.
"Electric Power Transmission" (Bell).

12. Electrolytic. "Electric Power Transmission" (Bell).
"Scientific American. *

14. Mercury Vapor for Heavy Current. 106:278.

15. Electrolytic for Garage. 109:246.

16. Electrolytic for Amateurs. (Sup.) 64:5-6.

17. Electrolytic for Charging Ignition Batteries. 101:116

18. Home Made Alternating Current. 97:134.

19. Nodon Valve. (Sup.) 65:184.

20. Vibrating Construction of. (Sup.) 80:108-109.

ale Mercury Arc for Charging Storage Cells. 94:148+149.

22- Alternating Current, Some OUrvervations on.
L.E. vol. 57, 1906, pgs. 994, 998.
Doe
24.
25.
26.

27.
28.
29.6
Sl.
3260
Je

34,

35.
36.

37.6

39.
40.
41.

42.

43.

34

RECTIFIERS.

Mercury Arc and Magnetic Lamps.
L.E. vol. 57, 1906, pg. 490.

Action of. E.R-e vol. 52, 1908, pgs. 670.
E.R. vol. 58,
New Alternating Current. pg. 1076.
Fire Alarm System, Charging Batteries of. pg. 106.
Garage Equipment. ZW. vol. 47, pg. 79.

Mercury Vapor,Cooper Hewitt.
Scien. Amer. 9$2:241.

Mercury . E.J. vol. 6, 1909, pg. 264.

Contact. LE. vol. 63, 1909, pes. 265, 553.
L.E. vol.64, 1909.

Crystal anf Solid Contact. pg. 760.

Crystal for Electric Currents and Blectric Oscillations.
pgs. 425, 718.

Electrolytic,How to Construct an Efficient for $1.00
Scien. Amer. (Sup.) 68:313.

Solid. E.R. vol 54, 1909, pg. 843.

Alternating Current Vibrating.
E.R. vol.55, 1909, pg. 891.

E.W. vol.55, 1910.
Electrolytic,Effect of Temperature and Pressure on.pg. 704.
Soulier. pe. 1546.
Aluminum. E.W. vol.56, 1910, (D) pg. 167.
Outfit. S.R. vol. 57, 1910, pg 1057.

Mercury, Latest Types of.
LE. vol. 66, 1910, pa 743.

Mercury Arc Converters.
L.E.° vol.67, 1911, pe. 534.

Villard Vibrating. E.W. vol. 58, 1911, pg. 1312.
44,
45.
46.
47.
48.
49.
50.

Sl.
52.
53.

54.
55.
56.
57.
58.
09.

60,
61.
62.
63.
64.

RECTIFIERS.

E.W. vole57, 1911.
Murphy. pg. 1629.
Wagner. pg. 1353.
Mercury Vapor. pg 194.
Long Life of Tubes. pg. 374.
For Large Outputs. pg. 243, 627.
For Motion Pictures. pg. 690.

Vibrating ,for Charging::Small Storage Cells.
E.W. vol.58, 1911, pg. 759.

E.W. vol.60, 1912.

Crystal,Use of. pg. 160.

Edison A.C. pg. &89l.

Vibrating for Charging 3-Cell Batteries. pg.
E.W. vol.59, 1912.

Polyphese Current. pg. 13595.

Rotary, Airvert and Farrand. pg. 649.

SCHNEIWINDT Rectifying Nets. pe.

Soulier. pg. 366.

Three Phase D.C. pgs. 321, 554.

Mercury Vapor for Large Capacities.
L.E. vole70, 1912, pga. 1100.

E.eJe vol.9, 1912.
Mercury Arc,Operation of. pg 1:38.
. " ,Theory of Operation. pe. 561.
Vibrating. pg. 1094. |
Mercury Vapor,Large. L.E. vol.70, 1912, pg.

Mercury Vapor,Progress of.
L.E. vol.71, 1913, Pee 135.

35

1aBl.

254.
65.
66.

67.

68.
69.
70.
71.
TR.
V3
74,
75.

76.
77.
79.

80.
81.

36

RECTI FIERS.
Mechanical. E.R. vol.62, 1915, peg. 509,

Rotary Type,Three Phase.
E.R vol. 63, 1913, pe. 1083. |

Mercury Arc for Operating Moving Picture Arcs.
E.J. vol. 11, 1914, Pe 376.

E.W. vol.54, 1914.
Aluminum to Rectify A.C. pg. Gl,
Cooper-Hewitt Mercury Vapor. pgs. 9&8, 1034, 1051.
Design of High Tension Machine. pg. 856.
Mechanical for Heavy Currents. pg. 1263.
Mercury,to Prevent Reverse Arcing. pg 192.
Polyphase. E.R. vol.65, 1914, pg. 863.
Charging Set for Lighting and Ignition. pg. 1010.
New Mercury Arc for Charging Small Batteries. pg.84.
E.W. vol.65, 1915.
Aluminum. pg. 1552.
Mercury Vapor. pg 293.

Arc Rectifier "“Kink® that Failed.
E.W. vol.66, 1915, pg. 367.

Electrolytic. E.J. April 1916.
Weston Electric Co. Bulletin on the Nodon Valve.
Le
2.
3.
4.
5.
6.
7.
8.
9.
10.

ll.
12.

13.

14.
15.

16.

37

ROTARY COVERTERS VS. MOTOR GENERATORS.

American Electrician, vol. 15 = 1903 epg. 552. (Poole).
Blectrical World,vol. 42 - 1903 «pg. 886. (Hobart).
Amer. Inst.Elec. Eng., vol. 18 «© 1904 = pg. 379. (Scott).
Lon. Elec., vol. 54 = 1904 epgs. 3, 22.

" " e 47 - 1901 -pg 985.
Amer. Elec.,vol.e 17 - 1905 wpg. 365.
Amer. Inst. Elec. Eng., vol. 24 - 1905 «pg. 717.
Elec. World,vol. 45 = 1905 epg. 1113.
Lon. Elec.,vol. 55 = 1906 epg. 328.

Synchronous Converters ve. Motor Generators (Fowler).
E.eW.vol.47 -1906 @-P&e 1078.

Elec. World, vol. 49 = 1906 -pg. 620, 801. (Lincoln).

Special Reference to Long Distance Operation (Lincoln).
A. I.E.-E.vol. 26 =- 1907 Pee 303.

Difference between a Synchronous Converter and a

Motor-Generator.
E.W. vol. 55 = 1910 “Pe 1139.

Elec. World,vol. 58 ©1911 epg. 1597. (Thomson).

Synchronous Converters vs. MotoreGenerators.
E.R. vol. 64 = 1914 -pg. 784.

Elec. Review,vol. 67 - 1915 -pg. 521.
2.
3.
$.
5.

13.
14.
15.
16.
17.

18.

19.

20.

38

SINGLE PHASE COMMUTATING MOTORS.

Rechniewski A.C. L.E. vol. 21, 1888, pg. 509.

A.I.E.E. vol. 6, 1888.
A.C. Motor. pg. 388.
A.C. Maxhine. (Mordey). pa. 403.
A.C. Motor. (Ganz and Patten).

LE. vol. 82, 18°79, Pe 18.
(Wagner). }

L.E. vol. 51, 1903, pe. 743.

Lamme's with Complete Specifications.
L.E. vol. 92, 1903, pg. 922.

( Winter-Eichberg). E.W. vol. 42, 1903, 1006.
Invention of. E.W. vol. 43, 1904, pzs. 230, 327.

Improvments in the Field of.
LE. vol. 53, 1904, pg. 2l.

Me Collum. A.E. vol. 16, 1904, pg. 289.
EW. vol. 45, 1905.
General Use of. pg. 1109.
Me Aliister Type of with Diagrams. pg. 639.
L.E. vol. 55, 1905.
Commutation in a Four Pole. pg. ll, 13.
Creedy. pgs. 21, 45, 85, 118.
Prevention of Sparking in. pg. 739.
Equalization of Potential in. pg 818.
Fynn's . L.E. vol..56, 1905, pgs. €39, 8& 9,922, 966.

Operation above Synchronism, for.
E.W. vol. 47, 1906, pg. 486.

Commutation in at Starting.
E.W. vol. 48, 1906, pg. 484.

Combined Single Phase and Continuous Current and
Compensated Repulsion Motor.
L.EBE. vol. o9, 1907, Pe 602.
21,
22.
23.

24.

28.

29.

30.
31.

32
O56
34.

35 6
56.

37.
38.
39.

39

SINGLE PHASE COMMUTATITNG 'OTORS.
E.W. vol. 44, 1907.
Preventi.n of Sparking in. pg. 1019.
Compensated Single Phase. pg 1310.

Single Phase Comm. Motor. (Illustrated).
A.I.E.E. vol. 27, 1908, pg. 169.

Railway Motor. E.R. vol. 52, 1908, pg. 103.
E:W. vol. 52, 1908,

With Stationary Armature. pg 7.

Elevator Motors. pag 414.

Milch. pg. 792.
LE. vol. 60, 1908.

Control of Single Phase Repulsion Motor
vy Brush Displacement.

Use of for Electric Traction for Long Distance R.R.
LE. vol. 62, 1908,
Single Phase Repulsion Motor. pgs. 263, 270.

Theory of, Charicteristics, Different Methods, Dif-
ficulties,and Losses. pgs. 590, 570, 710, 782.

Calculations for . L.EB. vol. 63, 1909, pa. 839.

Commutation in, E.W. vol. 53, 1909, pa. 147.

Alexander. E.W. vol. 54, 1909, pg. 1037.
E.W. vol. 59, 1909.

Space Economy of Fynn,with Diagrams. pg 933.

. " - tpg. 147.

L.E. vol. 65, 1910.

Discussion of. pg YQ.

Short Circuit Losses in. pgs. 231, 269.

Space Economy of. E.W. vol. 56, 1910, pz. 145.
40.
41.
42.
43.

44,

45.
46.

47.

49.
50.
ol.

92.

03.
54.
55.

40

SINGLE PHASE COMMUTATING MOTORS.
E.W. vol. 56, 1910.
Improvements in the Wagner. pg. 145.
Series Repulsion Motor with Diagrams. ve. 147.
Cascade Connection of. pg 215.

Reactance in the Armature Circuit,Effect of on
the Performance. pg. 561.

Fixed and Movable Brush Sets.
E.We vol. o9, 1912, Pee 764.

E.W. wel. 60, 1912.
Elevator Motors, Commutator Pole. pg. 624.
Breaking of. pgs. 571, 618.

E.W. vol. 62, 1913.
In Combination with andInduction Motor. pg. 197.
Operation of A.C. Commutator Machines. pg. 1071.
New Heyland,with Diagrams. pf. 314, 344.
With Commutation Poles. pg. 703.

Classification of A.C. Motors,with Diagrams. pg.339.
E.W. vol. 66, 1915, pgs. 339, 340.

Classification, Fundamental Principles, Diagrams of dif-
ferent Methods, and Relative Methods.
E.J. March, 1916.,. pee 112.
A.I.E.E. vol. 31, 19135.

Losses. pg. 1704.

Speed Regulation. pg. 2092.

Brush Shifting Efficiency. pg. 1086/
Ze
Se

4.

De
6.
Te
8.
9.
10.
ll.
12.

41

STATION OPERATION AND PRACTICE.
E.W. vol.25, 1°95.

Load Factor. pg. 300.

Coal Consumption. pos. 231, 258.

Reconstruction of Central Stations.
A.1.3E.5. vol.l2, 1895,pe¢. 454.

Cost of Operation.
E.W. vol.26, 18995, og. 178.

E.W. vwol.27, 1896.

Comuining Steam and Water Power. (Poole). pg.5.
Economy of Generatiom. (Foote). pa. 49.
Practical Hints. (Thayer). pg. 75.
Economies in Small Stations.(Hanchette). pg.97.
Expedience Methods. pg. 173.

Economy.(Cahoon). pg. 197.

Calculation of the Cost of Current.pg. 222.
Problem. (Van Trump). pg. 283.

131 High Voltage Design and Operation(Raymond).pg.333.

14,
15.

16.
17.

18.
19.

20.

Little Economies. pgs. 552, 600.

Systems and Forms of Management.
E.W. vol.28, 1896, pg.72.

E.W. vol.29, 1897.
Feeder Regulation. pg. 135.
Profitable Day Load. pg. 525, 714.
E.W. vol.30, 1897.
Developements. pgs. 703, 759.

Influence of Actual Measurement upon Economic Operation
pe. 361.

D.C. Distribution.
E.W. vol.3l, 1898, Dee 779.
30.
ol.
S260

ho Ko
34.
35.
36.
57.

08.
39.

42

STATION OPERATION ABD PRACTICE.
E.W. vol.31, 1898.
A.C. Economy of. pg. 779.
Relative Importance of Losses.
A.E. vol.109, 1898. |
Central Station Working. pgs. 216, 281.
Regulation in Central Stations. pg. 206.

Economy Test of. |
A.I.E.E. vol.1d, 1898, Dee 163.

A.E. volell, 1899.
Accidents. pg. 84.
Peculiar Accidents. pg.522.
Economies. A.B. vol.12, 1900, pg. 331.

Economic Operation of Small Stations.
A.E. vol.14, 1902, pe. 284.

E.W. vwol.40, 1902.
Checking Methods. pg. 451.
Rate Determination. pgs.353, 813.
Practical Information. pg. 380.

E.W. vol.41, 1903.
Effects of Grounding the Neutral. pg. 506.
Multiple vs. Independant Operation. pg. 788.
Parallel Operation of Steam and Water. pg. 318.
Economic Value of Testing. pg. 2352.

Loss of Current. :
E.W. vol.42, 1905, pee 33.

A.I.E.E. vol.21, 1903.
Economical and Safe Limits in the Size of. pg. 407.
Safety Devices in. pg 417.
40.

41.
42.
43.

44.
45.
46.
47.

48.

49.
90.
ol.

S26
V6
54.

D6

26.

o7.

43

STATION OPERATION AND PRACTICE.

Multiple vs. Independant Operation.
A.I.E.E. vol. 21, 1903.

A.I.E.B. vol.22, 1903.
Economies . pg. 467.
Gas Power for. pg 767:.

Breakdown Precautions.
A.B. wol.15, 1903, pg 414.

A.E. vol.16, 1904.
Some Practical Points. pg. 420.
Improving the Load factor. pg. 256.
Economy and Minor Supplies. pg. 335.

Station Wirtng. :
EeJ. vol.l, 1904. pg. 123.

Incidents in.
E.J. vol.2, 1905, pg. 278.

E.W. vol.45, 1905.
Effect of Load on the Cost of Power. pg. 3503.
Physical Comfort of the Operating Force. pg. 629.

Thefts of Current,How to Detect,Prosecute ,and Prevent.
pp. 794, 884,

E.W. vol.46, 1905.
Instuction of Employees. pg. 605.
Efficiency of Stations. vg. 901.

Operating Experiences, |
E.W. vol.47, 1906, pe. $3.

Discussion of.v
E.W. vol.48, 1906, pg.649.

Accidents in. E.J.vol.191906, pg. 542,

Power Plant Economics.
A.I.E.E. vol.25,1906, pe. 1.
08.

09.

60.
6l.
62.
63.
64.

65.
66.

67.
68.

69.
70.
V1.

V2.6
13.6
74.
75,

76.

44

STATION OPERATION AND PRACTICE.

Analysis of Distribution Losses.
A.I.E.E. vol.26, 1907, pe. 665.

Small Plant Operation.
E.W. vol.50, 1907, pg. 1103.

E.W. vol.52, 1908/
Labor Requirements. pg. 78.
Operating Costs. pg. 1402,
Hydraulic and Steam in Parallel. pg. 664.
Without Attendant. pp.515, 1022.

Non-Synchronous Generators.in. pp.
A.I.E.E. vol.27, 1908, pg. 157.

E.J. vol. 6, 1909.
Increase in the Efficiency of Factory. pg. 3200.
Experiences. pg. 63.
E.W. vo1l.53, 1909,
Minor Economies. pg. 344 ,
Operating Features of Various Stattons. pg. 1283.
E.W. vol.54, 1909,
Methods of Drive for Alternators. pg. 1°52.
Practical Operation of. pg 781.
Effect of the Rotary Condenser on the Power Factor.1124
E.W. vol.55, 1910.
Reserve Power Station. pg. 993.
Parallel Operatdon of Hyro-Electric. pg.1328.
Overall Efficiency. pg. 1143.

Economical Method of Carrying Peak Load.
E.W. vol.56, 1901, pg. 1058.

Oil Fuel Stations.
E.W. vol.57, 1911, pg. 298.
V7
78.6

719.
80.

8l.
82.

83.
84,
85.
86.

BT.
88.

RY.

90.

91.

92.

93.

94,

45

STATION OPERATION AND PRACTICE.
E.W. vo1.57, 1911.
Locomobile Plants. pg 842.
Limitations and Advantages of Hydro-Elec. pg.1328.
E.W. vol.58, 1911.
Combined Steam and Hydro-Elec. vg. 941.
Locomobile ,Practical Running of. pg 1117.
E.R. vol.59, 1911.
Labor Cost and Load Factor. pg.423.
Developement of Modern pg. 20.
E.W. 59, 1912.
Overall Efficiency. pg ¢v09 .
Efficiency, Several Methods formIncreasing. pg. 967.
Efficiency ss Betermined by °“Technical Men. pg. 1265.
Oil Burning. pp. 535, 1109.
E.W. vol.60, 1912.
Advantages of Consolidation. pa 551.
Labor Costs. pg. 1031.
Value of Peak Loads. pg. 998.
E.W. vol.61, 1913.
At Cambridge Mass. pg.821, 875.

-Overload on Series A.C* Lamp Circuit. pe 154.

Restoring Submerged Apparatus. pp. 153, 839.
E.W. vol.63, 1914.

Changing Two Phase Generator for Three Phase Operation.
pe. 755.

Commonwealth Edison Co.,Chicago. pg 637.
95.
96.
97.
98.

Oil-Fired Furnaces for Peak Loads.

46

STATION OPERATION AND PRACTICE.
E.W. vol.55, 1914,

pe 383.

Management of Oil-fired Plants. pg. 437.
Economies of Power Adjustment. pg. 708.
Excitati6O@n and Voltage Control.

E.J. vol.ll, 1914, pg. 612.
E.W. vol.64, 1914.

99. Limiting Device for Preventing Maximum Demand. pg. 139
100. Reducing Comrressor Service. pg. 90.
101. Location of Reactors. pg. 1160.
102. Economy in Handling Peak Loads. pg. 2°16.
103, Operating 11,000 and 13,000 Bolts in Parallel. pg. 528
E.W. vol.65, 1915.
104, Economy of Small Plants. pa 923.
105. Study of Costs. pg. 1183.
105. Oil Burning Steam Statins . pg. 99.
107. Service Rates of Twelve Central Stations . pg. 1057.
108. Safety Second,Service First. pg. 422.
109. Records of Speed Regulation. pg. 1687.
E.W. vol.66, 1915.
110. Handling Summer and Winter Loads. pg. 1682.
lll. Operating Expenses of Steam Stations. pg. 302.
112. Performance Curves. pk. 532.
113. Converting Two Phase to Three Phase. vg.87.
‘114. Constant Oil Supply for Large Units. pe. 25.
1.

Z6e
De
4.

6.
7.
8.
9.

10.

ll.
12.
13.
14.

15.

15.

17.
18.

19.

47

STORAGE BATTERIES.

Street Car Run by.
E.W. vol.?, 1886, pa. 225.

E.W. vol.8, 1886.

Recent Imprivements. vg. 62,
Constructiom and Management. pg. 294.
Novead Form of.

E.W. vol.9, 1887.
Construction and Management. pg. 20.
Of High E.M.F. pg. 80.

Growth of . pg 181.
Manufactureof. pg. 289.

Résults with in Train Lighténe.
A.I.E.E. vol.6, 1888, pg. 205.

Rayen's .E.W. vwol.14, 1°89, pg. 368.
E.W. vol.15, 1890.

Black Giant. pg. 163.

Simple Construction of. pg 314.

Novel Plate. pg 190.

Working Efficiencey of. |
E.W. vol. 16, 1890, pgs. °9,107, 124,159

Various Types and Their References up to 1891.
E.W.vol.18&, 189l1,pg. 42.

Secondary Batteries.
E.W. vol. 19, 1892, pg@s.29,45,59.

E.W. vol.20, 1892.
Ford-Washburn. pg 72.
Franklin Electric Co. pg. 78.

For Regulating Power.
E.W. vol.22, 1893, pg. 329, 340.

Elihu Thompson's.
E.W. vol.23, 1894, pg. 28l.
21.

24.
256
26.
27.
28.

29.
30.
ol.

She
OSe
34.
356

36.
37.
38.
39.
40.

STORAGE BATTERIES.

Future of. EW. vol.24, 1894, pg. 565.

E.W. vol.25, 1895.
Appleton . pg 14.
Care of. pg. 451.

E.W. vol.26, 19805.
Applications of. pg. 592.
Manipulation of. pgs. 641, 667.
For Railways. pgs. 528.
Applications of. A.I.E.E. vol. 12, 1895, pg.

Manipulation on Variable Loads.
E.W. vol.27, 1896, ps. 673.

A.E. vol.8, 196.
Willard. pg 72.
Electric Railway. pg. 256.

Manufacture of.
E.W. vol.30, 1897, pg. 2°14.

A.E. vol.9, 1897.
In Telegraph Work. pg. 88.
Home Made . pg. 178.
Renovated. pg 459.
High Tension. E.W. vol.31, 1898, pg. 508.
A.E. 10, 1898.
Central Station. pg. 233.
Electric Railway Plant. pg. 31l.
Capacity and Discharge. pg 268.
Ammonia Chloride. pg. 333.
Lead-Zinc. pg. 269.

085.

48
4l.
42.
43

44,
45.
46.
47.
48.

49.

DS-6

04.
05.
56.

37.6
08.
09.
60.
61.
62.
63.

49

STORAGE BATTERIES.
A.E. vol.10, 1898.
Chloride. pg. 155. |
In Isolated Plants. pg. 105.
In the Cushman Building. pg. 355.
| A.E. vol.ll, 1899.
Strength of Acid for. pee 169.
Automatic Disconnector. pg. 466.
How to Make.(Poole). pg. 80.
LeadeZinc. pg. 85.
Assembling,New Method of. pg.
New Plate. pg. 175.
Paste for Plates. pg. 176.
Testing Storage. pg 391.
As Related to Long Distance Transmission. pg. 326.
Problems. L.E. vol.44, 1900, pg. 777, 824,858,893,
AE. vol. 12, 1900.
In Railway Power Stations. pg. 474.
Automobile. pgs. 56, 297.
Use of in Theaters. pg. 1566.
E.W. vol.13, 1981.
The Max. pg. 578.
Connections . pg. 58.
Curves,Remaining Charge. pg. 437.
New Plate. pg. ©5.
Phosphoric Acid. pg. 443.
In Boosters. pg. 195.
Control by Boosters. pg. 442.
64.
65.
66.
67.
68.
59.

70.
71.
T2-60
73.
74.
756
76.
77.
78.
19.
80.
81.

84.

895.

00

STORAGE BATTERIES.
E.W. vol.42, 1902.
Edison. pgs. 15, 95.
In Electric Supply. pg. 1032.
Lead vs. Nickle. pg. 448. |
Deterioration of Plates. pgs. 402,409,657.
Self-Formed Separation in a Nickle Peroxide. pg.942.
Terminology of Blectrodes. pg.777.
A.E. vo1l.14, 1902.
Without Jars. pg. 593.
Protection,Maintenence and Depreciation. pg. 437.
In Small Stations. pg. 235.
For Motor 8peed Control.. pg. 582.
Leitner, pg. 172.
Ricks. pg 132.
Application of to Isolated Plants. pa.7.
Lead-Zinc. pg. 27.
Construction of a Small. pg. 84.
Design of a High Capacity. pg. 286.
Design of for Motor Cycle. pg. 228.
Edison. AL.I.E.E. vol. ,1901, pg 219.
A.I.E.E. vol.20, 1902.
Point of Cuteoff in the Discharge. pg. 327.
Speed Cotrol,as a Factor in. pg. 125.
A.I.E.E. vol.22, 1903.

Floating and Booster Controlled,Behavior of on
Fluctuating Loads. pg. 705.

In Substations. pg. 243.
845.

87.

88.

89,
90.
9l.

92.
93.
94,

95.

96.

97.

98.
99.
100.

101.
102,
103.

ol

STORAGE BATTERIZS.

In Industrial Locomotives.
A.I.E.E. vol. 24, 1903. Pee 109.

A.E. vol.15, 1903.
Practical Operation of. pg. 464.
Installation of. pg. 327.
E.W. vol.41, 1903.
Ampere-Hour Capacity of Lead. pg. 271.
In Transmission Plants. Zz. 831.
Combined Railway and Lighting. pg. 1023.
E.W. vol.43, 1904.
Grid for. pg.927.
Automobild. pe. 117}.

Calculation of Line Batteries.
A.I.E.EB. vol. 23, 1904, pg. 393.

Edison for Automobiles.
LeBe vol. U2, 1904, Pe 604,

Present Day Status of the Edison.
LE. vol. 53, 1904,pg. 1035.

Electrolytes for. —
L.E. vol. 56, 1905, DSe 950,

A.EB* vol.17, 1905.
Electrilyte. pg. 471.
High Duty. pg 273.

Care of. pg. 209.

E.W. vwol.46, 1905.
D'Arsonval-Fulmen. pg. 112.
Tray Type. pg. 412.

Improvements in Details.
E.W. vol.45, 1905.
104.
106.
106.

107.
108.

109,
110.
lil.

112.
113.
114.
115.

116.
117.
118.

119.
120.

121.
122.

52

STORAGE BATTERIES.
E.We vpl.45, 1905.

Bijur. 8l1ll.

Pee

Charging,Mercury Arc Rectifier. 214.

pSe

Applications of. pg. 4.

E.W. vol.47, 1906.

Electrolytic Density. pg. 992.

Maximum Efficiency. pgs. 809, 8297

E.W. vol.48, 1906.

Automobile, Size andrnVoltage of. 1157.

Pee

installation and Maintenence. 907, 1159.

pgs.

On Ship Board. 863.

Pp&-

E.W. ovl. 49, 1907.
pa. 84.

Bljur Plates.pgs. 146, 761.

General Use of.

Tandem Couple. 609.

P&-

Edison Patent.
E.W. vol.50, 1907,pges. 313, 324.

L.E. vol. 58, 1907.

Electrolyte of. 411.

p&-

Recent Improvements of. pgs.133, 159.

E.J. vwol.4, 1907.

Elementary Principles, Operation,Floater and Booster
Regulation. (Karepetoff.) pgs.304, 407,451.

Trend of Developement. 920.

P&-

Care and Maintenence.
E.J.e voleS, 1908, pg. 466.

E.W. vol.52, 1908.
In A.C. Systems. pg. 85.

Printing Press Control. 580 /

D&-
131.
132.
1355.
134.

135,

1356.
1357.
138.

139.
140.
141.

53

STORAGE BATTERIES.
E.W. vol.52, 1908.

Edison in Alkali. 991.

Pé-

Care and Operation. S21.

Pe&-
E.W. vol.53, 1909.

Developement of. 1468.

P&-

Installation and Care of. 1088,

DG-

563.

Input and Output,Measuring Automatically. pg.

Care and Operatéon.
E.W. vol.54, 1909, pg. 832.

Insulation of. pg. 466.
E.R. vol.957, 1910, pg. 466.

New Edison. E.R. vol.57, 1910, pg. 165.

E.W. voa.55, 1910.

Renewal of Sulphated Cells. pg. 946.
Edison Nickle-Iron. pg. 175.
Edison's for Vehicle Service. pg. 1080.

Care of Yehicle.
E.W. vol.56, 1910, pe 1005.

Ten Thousand Volt.
E.R. vol.58, 1911.

E.W. vol.59, 19 12.

Care of Automobile,Improvad Methods. pg. 1317.
Largest Installation in the World. pg. 1390.
A Nickle Iron. pg. 986.

E.W. vol.61, 1913.
Developement of. pg. 21.
Advantages of Thin Plates. vg. 437.

Methods of Charging .
E.W. vol.62, 1913, pg. 31.
142.

143.

144.
145.
146.

54

STORAGE BATTERIES.

Developement of in 1913.
E.W. vol.63, 1914, pgs. 21, 158.

Overload Detector. © |
E.W. vol.64, 1914, pg. 92.

E.W. vol.65, 1915.
Voltage Regulation. pg. 1134.
For Combined A.C. and D.C. Systems . pg. 1305.

Dry Storage Batteries.
E.R. vol.57, 1915, pg. 682.

%
REE
+
le
Re

Se
4.

6.

Ve

8.

9.

55

THREE WIRE SYSTEM.

"Electrical Engineering” by Slinger & Brooker,pg. 583,
Distribution with a Single Dynamo.

L.E. vol.52;1894spg. 667.
L.E. Vol. 32; 1°93-1894; pgs. 283,380.
Compensating Device.

E.W. vol. 23;1694; pz. 297.
Patent,Three Wire. |

LE. vol. 37; 1896; pgs. 305;378; 386.
New Three Wire Machine.

LeE. vol.38; 1896-1897; pga. 127.
Livieschitz System. |

E.W. vol. 27; 1896; pg. 227.
A.C. and D.C. Circuit Combined.

E.W. vol. 28; 1896; pg. 275.
Elihu Thompson's Distribution System.

"Alternating Current in Practice"(Moffet).pg.
320.

10. Control] of Lampe on a Three Wire Circuit.

A.E. vol. 10; 1898; pge.38.

ll. Patent, Expiration of.

AE. vol. 12; 1900; Pee 132.

12. Bus-Bar Wattmeter for.

AE. vol. L2; 1900 ; P&E. 432.

13. Improvements in.

A.E. vol. 12; 1900; pg. 77.

14. Trouble in.

A.E. vol. 13; 1901; pg. 192.
LS.

16.

1?.

1&,

19.

20.

21.

RR

256

24.

200

26.

THREE WIRE SYSTEM.

Heath System with Diagrams.

A.B. vol. 13; 1901; pg. 494.
For Variable Speed Motor Work.

A-I.E.F. vol. 20; 1902; peg.
Distribution for Factories.

LeEe vol.55; 1905; pg. 552.
Demand Indicator for. |

LeEe vol.51; 1903; pg 845.
Motor Balancer for.

A.B. vol. 17; 1905; pg. 39.
Balancer Set.

E.W. vol.47; 1906; pg. 33.
Practical Operation. |

E.W. vol.52; 1908; pe. 3l.

Balancers foe.

E.Re vol.56; 1910; pgs. 643, 594.

Control by Induction Regulator.

EW. vol.60; 1913; pg.1153.
D.C. System.

E.W. vol. 62; 1913; pg.224.
Generator vs. Balancer.

E.R. vol.63; 1915; pe. 439. —

Service from Three Wire D.C. Generator.

E.-R¢vol. 63; 1913; pe. 1060.

Syetem Employing a Difference of Phase. —
"Polyphase Electric Currents"(Thompson,S.V.)>»

(over)
57

THREE WIRE SYSTEM.

28.ThreeeWire System.

30.

Sl.

3260

S36

34.

35.6

36.

58.

38.

39.

40.
41.

Slinger & Brooker; 1900; pe. 735.
Two Generators, Use of. |

Diagrams of Elec.Connections; (Poole)1907;pg. 75.
Storage Batteries,Use of. |

Diagrams of Elec.Connections; “* * " pa.76.
Unbalanced System.

Diagrams of Elec, Connections . * “pe. 81

Westinghouse Three Wire Generator.

Diagrams of Elec.Connections "% “pg. 8.

Unbalanced Condition,Effects of.

"Experimental Elec. Engr."(Karepetoff) pg. 353
Methods of Dividing Voltage.

"Experimental Elec. Engr." 6 pg 355.
Motor on.

" " " " " nH 8 3nn,

Symmetrical, Study of.

"Experimental " " " " ° 359.
Distribution,Three Wire.

"Elémentary Elec. Engr."(Jackson). pg. 391.
Systems.

"Elements of Elec. Engr. “(Timbie).pg.241.

| "“Rlectrical Engineering” by Steinmetz.

Three Wire Generator. pg.270.
Three Wire Converter. " 270.

“ * 2D.C.Generator. pe. 272.
58

THURY D.C. TRANSMISSION,
1. Electrical World vol. 31 - 1898 -pg 157.

2. Thury System vs. Three Phase System--
Elec.World vol.38 « 1906 -pg. 93.
Se 0 e « e Lon. Blec. vol.57 - 1906 = 737.

4. Electrical World vol. 50 = 1907 = pgs. 352, 804.
5, . ° " 60 © 1913 @ pgs. 1093, 1144.

6. Bhury System vs. Three Phase A.C.
Elec. World vol. 63 = 1914 epg. 583.

7. Advantages over Three. Phase.

Elec. Review.vol. 61 - 1913 -pgs. 759, 775.

8. Recent Developements and Efficiency of.
Elec. World vol. 63 = 1914 - pgs. 350, 361.

9, The Thury System of Direct Current Transmission.

Gen. Elec. Rev.,Nov.,1915, pg. 1026.
1.
Re

4.

De

10.

ll.
12.
13.
14.

15.

16.

17.

TRANSFORME™ DESIGN.
E.W. vol.14, 1899.
Design of Commercial. pga. 406, 421.
Design of. pg. 236.

Design of Commercial.
E.W. vol.15, 1890, pg. 31, 51.

Design of Transformere and Choke Coils.
E.W. vol.21, 1895, pg. 278.

E.W. vol.30, 1897.
Design and Construction. pg.323, 556. (Carhart).

- Regulation, Predetermination of wit} Non-Inductive Load.

pg. 190.

Design,Construction and Test of.
A.&. vol.10, 1898, Pp&e 338.

Design of. (Carter).
A.I.E.E. vol.ld, 1298, Dee 639.

Design of 200,500, 750,and 1000 Watt. (Poole).
A.E. vol.12, 1900, pe. 348.

Design of 110-5 Volt.
A.B. vol.16, 1904, pa. 201.

E.eWe vol.42, 1904.
Elementary Principles. pp. 765, 2&809,
Practical Study of Design. pg. 238.
Predetermination of Regulation. pg. 515.

Design (Coggeshall).
E.W. vol.48, 1906,pe. 719.

As Influenced by Alloy Sheets.
LE. vol.59, 1907, pg. 1027.

Design of Shell Type.
E.W. vol.o4, 1909, pg. 610.

Corona Phenomena in Air and Oil,and their Relation to
Design.
A.I.E.E. vol. 28, 3909, P&e 769.
Te
8.
9.
10.

60

TRANSFORMER DESIGN.

Design of Potential.
E.R. vol.56, 1910, pg 277, 383.

Design and Application Features.
E.J. vol.7, 1910, pe. 531.

Notes on. E.J. vo&a.9, 1912, pg. 94.
Simple Formula. L.E. vol.71, 1914, pp.641, 685.

Ratio of with Distributed Windings.
L.E. vol.73, 1914, pg. 765.

Accuracy of Formula for Regulation,Ratio and Phase angle.
E.R. vogl.64, 1914, pe. 386.

Design of Stationary.
E.W. vol. 66, 1915, Pee 459.

KHEKKKAX

TRANSFORMER LOSSES.

Measurement of Hysteresis and Eddy Current Losses.
E.W. vol.2, ,892, «pe 246, 263.

Leakage Current.
A.E. vol. 8, 1°96, pg 115.

Iron Logses. E.W. vol.27, 1896,pp. 710,744, 762,774.

Separation of Iron Losses. (Carhart)
E.W, vol.31, 1898, pg. 306.

Reducing Losses .
A.E. vol.ll, 1899, pg. 274.

Measurement of Core Losses to show Aging Effect.
A.I.E.E. vol.17, 1900, pg.209.

A.E. vol.12, 1900,
Core and Copper Losses. pg. 445.
Iron Loss. pg. 407.
Magnetic Leakage. pg. 499,
Testing for Losses. pz. 583.
ll.

lo.

6.
7.
8.

61

TRANSFORMER LOSSES.

Eddy Current Losses.
A.I.E.E. vol.17, 1900, pg. 319.

A.E. vol.16, 1904.
Testing for Losses. pypg. 472.
Regulation and Losses. pg 421.

Losses due to Surplus Capacity.
E.W. vol.45, 1905, pg. 765.

Relation between Outout, Losses, Dimensions, Weight
and Cost of. E.W. wol.54, 1909, pg. 611.

Testing Core Losses. A.I.E.E. vol.2°, 19:9,vg. 611.
Magnetic Lea: age. .. . BJ. vol..? , 1910, pg. 396,
Cost of Losses. A.I.E.”. vol.30, 191ll,pp. 21, 81.

Core Loss Separaté6n.
E.W. vol.63, 1914, vz.1154.

KEKEKHKHAKKKKE

TRANSFORMERS.
New System of. A.I.E.E. vol.5, 1887, pa. 308.
A.I.E.B° vol.7, 1889.
Ten Light . pg 2-
Efficiency. pg 27, 311.

200,000 Volt Testing.
E.W. vol.12, 1888, pg.338.

Thompson's Welding Transformer and Dynamo.
E.W. vol.13, 1°89, pe. 173.

E.W. vol.14, 1889.
Transformers (Ryan). pg. 415.
Practical Constuction. pg. 164.
Notes on (Steinmetz). pe. 168.

Report on. ‘@ 172.
62

TRANSFORMERS.
E.W. vol.16, 1890.
10. Continuous Current. pg. 150.
ll. Hedgehog. pg 1°71.
12. Tesla. pg. 102.

13. Inductance of,
A.I.E.E. vol. €&, 1890, pg. ll.

E.W. vol.17, 1891.
14..Stanley. pg 273.

15. Magnetic Circuit, Closed vs. Open.
pes. 225, 308, 325, 344, 376, 423, 243, 258.

16. Variatéon of the Current in the Primaries. pp.222,254, 302

17. Constant Current(Elihu Thompson)
E.W. vol.18, 1891, pe. 9.

18. Relation of Size and Bfficiency.
EW. vol.19, 1892, pe. 161.
E.

19. Efficiency at Different Frequencies. |
E.W. voh,20, 1892, pp. 226, 243.

E.W. vol.21, 1893.

20. Stanley. pg.7e.

2a. G.E. Systems. pp. 285.

mee Theory of. pp. 223, 260,339, 350, 447,

25. High Frequency vs. Low Frequency. pg. 7.
E.W. 22, 1893.

24. Testing. pp. 320. 345.

25. Theory of.pp. 266,393, 413,478, 494.

26. Irén for. pg 198.

27; Hedgehog Transformer and Condenser.
A.I.E.E. vol. 10, 1°93,pge. 497.

28. Testing. E.W. vol.22, 1894, pe. 593.
63

TRANSFORMERS.

29. Action of with a Cofenser in Parallel with the Secondary.
Pgs. 127,176,234, 303.

EW. vol.24, 1895.
30. Air Blast. pg 186.
31. By Haskins. pg 226.
32. Claice of. E.W. vol.26, 1895, pe. 134.

33. Analysis of Curves.
A.I.E.E. vol. 13, 1896, pg. 207.

E.W. vol.27, 1°96.
34. Form of Plates. pp. 55,224, 2°0O,
35. Curve Analysis. pg. 639.
36. Rotary . pp. 77,87, 428,
ALE. vol. 9, 1897.
37. Feulte in. pg. 21.

D.C. Cautery. pg 107.

39. New Type of. pa. 245.

40. Regulation. pg. 353.

E.W. vol.29, 1897.

41. Direct Current. pg. 261.
42. Natural Draft. pg. 105.

43. Type H*G*E. pg. 789.

44, Regulation. pg. 416.

A5. Calculetion of Efficiency.
E.W. vol.30, 1898, pe. 523.

46. Home Made. pg. 382.
47, Laboratory D.C. pg. 334.

48. Snort Method foe Determining Efficiency.
E.W. vol.31, 1898, pp.558, 683.
49.
50.
ol.

O26

D3.
54.
DD.
06.

OF

66.

67.

68.
69.

64

TRANSFORMERS.

E.W. vol.31, 1898.
Regulation of. pg. 676.
Rotary,Laws of . pp.3,12, 216.
Testing Set,100 000 Volt. pg. 300.

Series Arc Lighting from Constant Current.
A.1.E.E. vol. 16, 1899, pg 533.

A.E. vol. 11, 1899.
Constant Current. pg. 342.
Inductive Loads on. pg 133.
For Series Lighting. pg. 39.
Largest in the World. pg. 174.
Manufacture of Stationary. pg. 97.
A.E. vol.el2, 1900.
For Triple Secondary Service. pe. 36é6l.
Phase Relations of. pp. 238, 302.
Principles of Construction. pe. 356.
Principles of Operation. pg, 192.
For Measuring Instruments. pe. 244.

For Measuring D.C.
A.I.E.F°* vol.18, 1901, pg. 169.

A.E. vol.13, ag0Ql.
Measuring Voltage Drop in. pg.557.
New Shell Type. pg. 142.

Lerge, Testing.
LE. vol.47, 1901, pg. 943.

Burnard. L.E. vol. 49, 1902, pg. 862.
A.E. vol 14, 1902.
Adam's Secondary. pg. 245.

Burnard. pg. 527.
70.
71.

12.
13.
74,

756

76.
776

78.

79.

80.

al.

82.

83.

84,

85.
G6,
87.

G8.

TRANSFORMERS.
A.E. vol. 14, 1902.
Six Phase Connections. PE. 249.
Constant Current. pg. 234.
A.E. vol.15, 1903.

Construction of Small Variable Motor. pg. 554.

Constant Current Patent. pg 504.
Installation of. pg. 327.
New Type of. pg. 547.
A.I.E.E. vol.22, 1903.
Connections of. pg 385.
+erminal Bushings for High Tension. pg. 225.
Fire Risk,Relative of Oil and Air Blast. pg.
E.W. ve@.41, 1903.
Core Type G.E. pg 709.
Self-Cooling. pg. &95.
Sheet Steek for Static. pg. 608.
E.W. vol.42, 1903.
Electrostatis..pp. 593, 595.
Evolution of the G.E. pg. 1023.
Le Blanc,Rectifying. pg 299.
E.W. vol.43, 1904,
Core Transformer. pg. 489.
Efticiency Curves of Constant Potential. pg.
German Three Phase. pp. 59, &24.

Parallel Working of Delta and Star Connected.
L.E. vol.53, 1904, Pe 767.

Methods of Drying out. pg
E.Je vole 1, 1904.

171.

T2356

65
90.
91.
92.
93.

94.

95.
96.

97.
98.
99.
100.

101.
102.

103.

104.

105.
106.
107.

108,

66

TRANSFORMERS.
E.J. vol. 1, 1904.
Economy and Operation. pg. 264. |
Vector Diagrams. (Karepetoff). pg. 279,410,
Series Operation. pg. 450.

Static Disturbdsences.
E.J° vol.2, 1905, pg. 365.

With Large Blectrostati¢e Capacity.
L.E. vol.54, 1905, pg. 57.

A.E. vol 17, 1905.
For Single A.C. Systems of Arc Lighting.
Multi-Coil Core. pe. 168.
E.W. vol.45, 1905.
Bush Core Type. pg. 645,
Transformer Practice. pg. “&8l.
160,000 Volt Testing. pg. 58.
For Thawing. EW. vol.46, 1905,pe. 1132.
E.W. vol. 47, 1906.
Constant Current. pg. 143.
High Tension Core Type. pg 467.
E.W. vol.48, 1906.
Compressed gas Insulated. pg. 1028.

Load ond Power Fator Relation in Two and Three Phase.
pee. 175.

Oil Insulated and Oil Cooled. pg. &83.
Protection of Series. pg. 414.

Current Transformer.
A.I.E.E- vol.24, pg. 727.

Wave Shapes in Three Phase.
LE. vol.56, 1906, pp. 135, 463.
109.

67

TRANSFORMERS.

Indicator Diagrams.
L.E. vol.99, 1907, pa.

AwIeE.E. vol.26, 1907.

110. Relative Merits of One and Three Phase. pg. 817.
lll Notes on Testing. pg. 1179.
112. Protection of Internal Insulation. pg. 1173.
113. Choke Coils vs. Bxtrz Insulation on End Windings. pg.
1159.
E.W. vol.49, 1907.
114. Cooling by Forced 0i& Circulation. pg. 1230.
115. Flexible Construction. pg. 346.
E.J. vol.4, 1907.
116. Relative Advantages of One Phase and Three Phase. 336
117. Special Application of Standard. vg. 709.
118. Loading for Heat Test. pg, 346.
E.W. vol.50, 1907.

119.
120.
121.

122.
123.
124.

125.
126.
127.

Abnormal Conditions and Operation of. pg. 921,1005.,

Characteristics of Constant Potential. 46l.

D&e

Constant Potential Wiring Systems. pe. 4661.

E.W. vol.53, 1908.

Care and Operation of. 736.

D&-

Parallel Operation of. 134.

PE.

Effective Wave Form on Voltage Ratio. pg. 845.

E.W. vol.55, 1908.

New Pittsburgh. zt 1328,

Improved with Steel Cores. 1337.

P&e

Cooling of . 169.

pg.
128.

129.
130.

131.

1352.
133,
138.

135.
136.

137.
138.

1359.
140.

141.
142.
143.
144,
145.

TRANSFORMERS.

Emergency Connections.
E.J. vol.5, 1908, pg. 176.

iL.E. vol.62, 1908.
349,397

Theoretical and Ptactical Considerations. pp.

Using as Choke Coils and Application to Testing
of Alternators. pp. 412,473

Compensarc. E.W. vol.54, 1909, pe. 53.
E.J- vol.6, 1909,

Troubles. pg. 3ll.

Self-cooling. pg. 749.

Distribution. pg. 406.
A.I.E.E. vol.28, 1909.

Testing Core Steel. pg. 439.

Some Phases of Regulation. pg. 1253.

A.I.E.E. vol.29, 1910.

Harmonics in Current, Voltage Wave Shapes. pg.°09.

Determination of Regulation under Load. pg. 1281.
L.E. vol.65, 1910.

Testing of Regulaticn. pg. 663.

Voltage Drop of, Having Poor Regulation. pg. 986.

E.W. vol.55, 19910.

Currents in Weakened Deltas. pg. 382.
For Low Voltage. pg. 1133.
Reactance of Shell Type. pg. 941.

Voltage Regulation. pp. 692, 953.

Voltage Drop of,Having Poor Regulation.
E.W. va.56, 1910, pe. 379.
146.

147.
148.
149.

150.
151.
152.

153.

154.

155.
156.
157.

158,
159.
160.

161.
162.
163.
164.

69

TRANSFORMERS.

Diagrems of Different Circuits.
E.R. vol.57, 1910,pg. 1038.

E.W. vol.57, 1911

Current and Phase Angle Test of Series. pg. 234.

Testing Insulation. 3191.

Pg.

Characteristics of Series Instrumenta.
EW. vol.58, 19ll,pp. 1428,1487.

E.R. vol.59, 1911.

Modern High Voltage. 1183.

Pé-

Study of Current. 164,213.

PPe

Two to Three Phase.

LE. vol.67, 1911, pg 868.

Care and Operation of.
E.J-e vol.9, 1912, pg. 982.

Application of Current Transformers to Three
Phase Systems.
A.I.E.E. vol.30,1911, pp. 21,67.

E.J. vol.&, 1911.

Twenty-Fifth Anniversary. 490.

P&-

Efficiency and Regulation Charts. 1115.

Pee

Developement. 50,

Pee
L.E. vol.69, 1912.

Heat Test . 638.

pe

Modern High Voltage Power in Practice. pp.188, 217,319.

Commercial Test of Lighting.
E.R. vol.61,1912,pg@. 1026.

E.W. vol.59, 1912.

Core Type Butt Joint. pg;.1083.

High Voltage Current. 987.

P&-

Series. 654.

Pé-

500,000 Volt Testing. 607.

Pé&-
165.
166.

167.
168,
169.

170.
171.
172.

173.
174.

175.
176.
177.

178.
179.

180.
181.

70

_ ‘TRANSFORMERS,
E.J. vol.10, 1913.

One Three Phase vs, Three Single Phase. pe. 413.
150,000 Volt. pg. 774.

E.W. vol.61, 1913.
Greater Flexibility and Operation. pg. 402.

Auto,Two Phase to Three Phase. pp. 589, 805, 907.

For Outdoor Installation.
E.R. vol.62, 1913.

E.W. vol.63, 1913.

Improvements in. 638.

Pe-

Point of Inferior Commercial Efficiency. 1028.

PE.
Use of,with Mesh-Connected Secondary for Ea: thing

Three Phase Systems.
LeE. vol.e71, 1918,pg. 225.

LE. vol.74, 1914.

Experiments on Air Blast Cooling. 355.

P&>

Static, for Simultaneous Changiygg of Frequency and
Pressure. pg. 170.

Eed. vol.ll, 1914,

Evolution of. 476.

Pee

High Voltage Distributing. 338.

Pps-

Parallel Operation of.

EW. vol.63, 1914,pp.315, 370.

E.W. vol.64, 1914,

Parallel Operation of Subway. 9ll.

P&-

Testing Instrument Transformer. 1004,

PE.
L.E. vol.74, 1915.

Influence of Connections on Operation. 552.

P&>

Current Transformer. pgs. 627, 733.
71

TRANSFORMERS.

182. Experiences with Line . pg.
L.E. vol.74, 1915, pg. Sé.

E.W. vol.65, 1915.

183. Radiator Type. pg 491.

184. Effect of Third Harmonic on Voltage Wave. pg. 157.
E.W. vol.66, 1915.

185. 1,000,000 Volt,1000 K.W. pg. 1225.

186. Voltage and Current Relation in Open Delta Connected.
pee 17.
De

4.

5.

Bs

9.

10.

ll.

12,

13,

72

TRANSMISSION,
Long Distance with A.C.,
E.W.vol,25-1894-pg. 206.
During the Past Twenty Years,
E.W.vol 235-1894- pg. 278.
Direct vs. A.C. for Long Distance,
B.W.v01.26 1895 -pg.s.649, 700.
Long Distance,10 000 Volts.
A.I.%.B. VOl.12 -1895- pg. 405.
Calculation of A.C. Circuits.
E.W.v01l.27 ~1896-pgs.145, 152, 596.
Direct Current Series System. |
E.W.V01,29-1897=pg. 455.
High Voltage Power. (C.F.Scott).
A.I.E.E.vol.15= 1898-pg. 531.
Power Trans. and Distribution for R'y Work.
A.I.E.E.Vol, 1501898-pg.379.
Calculation of Three Phase,
A.B.v01.8-1896-pg.274.
Trans. and Distribution of Blectric Energy. (Duncan)
A.E.Vol., 8-1896-pg.199.
Selection of A.C. Apparatus for Power ,.
A.E.V01.9-1897-pg. 545.
Line Effects in A.C.

A.B .9-1897epg .219.
Saving of Copper in Three Phase.
A.B.vo01.9 1897 Pe. 45.
14,

15.

16.

17.

18.

19,

20.

21,

220
29.6
24,

73

TRANSMISSION.
Line Calculation of.
A.EB.V01,9-1899-=pg.125.
Economics of Power. (Bell).
A-BeVOl. 9 =1897= pg. 205.
High Voltage Line Erecting.
A.B. Vol. 10-1898-pgs.194, 3584, 454.
Line Losses in Polyphase.
 AB.svol. 1101899- pg.517.
Long Distance by Means of Gas .
A.B.Vo1l,.11 <-1899-pg. 475.
Line Constants and Use of: Aluminum Wire.
A I.E.E.vVOl.17 -1900epg. 345.
Lightning and Static Strains,Experiences with,
A.I.E.B.vVol. 19 -1902-pg,.
Formula for Calculating the E.M.F. at any Point.
A.I.E.E.vol. 19-1902 «pg. 759,

L.B. vol. 49 ©1902,
Long Distance. pg. 1037.
High Tension Lines. pgs.171,570, 409, 758.
Pressure Rise in High Tension. pg.785.

25.Improvements in. pg. 658.

26.Effects of Self Induction and Capacity. pg. 517.

27.
28,
29
50.

LE. vol 51 -1903,
At 12 000 Volts. pg.
Arrangement and Control of Lines. pgs. 493,546.
High Tension Overhead. pg. 525.
Long Distance Plants. pgs. 3, 511.
ol,

32.
55.
34.
55.

56.
37,

38,
39.
40.
Al.

42.
45.
44.
45.

46.

(47.

TRANSMISSION.
High Tension Electric.
L.E? vol.52-190Sepgs. 91 ,96l.

LB. Vol. 55.-1904.
Extra High Tension. pg.626.
100 Mile Line. pg.804.
Experimental, 16 Mile,8000 Volt. pg. 920.
Long Span Line . pg. 287.

LL.B. Vol. 5401904 -
30,000 Volt, pgs. 44, 65.
Report on High Voltage Lines. pg. 28.

A.I.E.E. vol. 235b-1904,.
European in Construction and Operation. pg.
Long Spans for. pg. 511.
Answers to Questions. pg. 571.

Maximum Distance of Economics. pg. 759.

L.B. vol. 55 ©1905.
Electric Losses. pg. 571.
Use of Aluminum Wire. pg. 245.

Single phse vs. Polyphase. pgs.980, 967, 1044.

Line Towers. pg. 233.

Difficulties of Long Distance.

A.B. vol, 15 «1903 «pg. 212.
D.C.Power at 57 000 Volts.

AE. vol. 17 -1905epg. 519.

74

147.
48.
49.

50.
51.
52.
53.

54.
56.

56,
57.

58.

D9.
60.
61.
62.

635.

64,

76

TRANSMISSION.
A.B. Vol. 1721905.
Direct Current High Tension. pg. 571.
Protection against Potential Rises. pg. 569.

E.J. vol. 2 -1905.
Power Data. (Scott). pg. 708.
High Tension . (Vaughn). pe. 442.
Single Phase Synchronous. pg. 504.
Self Induction ,Elementary Cosideration. pg. 715.

EJ. Vol. 321906.
Induction in Circuits. (Scott) pg. 81.
Calculation of Voltage Induced. pg. 354.

LE. Vol. 57 ©1906 «-,
Comparison of Thury and Three Phase Systems. pg. 757.
Experimental Line,100 000 Volt. pg. 7353.
High Voltage Scheme. pgs.5435, 566, 581,605.

LB. Vol. 59-1907,
Comparison of Costs -Three Phase and D.C. pg. 21l.
Cosideration, Critical of D.C. Systens. pg. 592.
Submarine Cable,High Pressure. pg.625.
Underground Trans. and Distribution.pg. 524.

Limiting Capacities of Long Distance.
E.dJe vol. 4-1907epg. 79.

Protection against Lightnigg.
A.I.E.E. VO1.26-1907-pgs. 1239,1249.
65,
66.
67.
68,

69.
70.
71,

72.

76

TRANSMISSION,
A.I.E.E. vol. 26.- 1907,
Some Power Economics. pg. 1555, 1570.
Line Towers and Economical Spans. pg. 1249.
Single Phase. pg. 1575.
Line Troubles. pg. 13519.

A.I.E.E. VOL. 27 = part 2 -1908,
Design of , Fundamental Considerations. pg. 951.
Underground High Potential. pg. 1499.
Calculation of High Tension. pg. 687.

i vol, 60 = 1908,
Protective Device for. pg. 249.

73,.Mine Working in New South Wales . pg. 551.

74,

75.
76.

77.6
78,

79.

80,
81.

Vibration Period of, pg. 721.

LL.B. Vol, 62 = 1908,
Underground High Potential. pg. 1005,
Corona Effects and Influence on Design. pg. 978.

LE. Vol. 63 -1909,
Calculation . pg. 328.
Overhead Lines. pg. 398.

A.1,B.3. vol, 28 * 1909.
Calculation of High Tension. pg. 687.

E.W. vol, 53. = 1909,
Influence of Frequency on Equivalent Circuits. pg. 211.
Charts for Calculation of Conductors. pg. 36.
82.

85.

84,
85.

86.
87,

88.
89.
99,

91,
92.
93.
94,
95,

77

TRANSMISSION,
E.W. vol. 53 -1909.

Determination of Bfficiency and the Regulation of the
size of Conductors. pg. 1454.

High Potential Underground. pg. 37.

EW. vol. 54 @ 1909.
Calculation of Voltage Regulation. pg. 1041.

Solution, Complete, with Distributed Capacity
and Leakage. PE e 90.

Proportion of Systems. pg. 2.
Data of Transmission and Distribution. pg. 807.

LoS. Vol, 64 - 1909 & 1910.
At High Voltage and Altitudes. pg. 845,
High Tension . pg 486.
§00,000 Volt Line. pg. 543.

L.B. vol. 65 -1910,
High Tension Lines in Italy. pg. 67.
.° ° of Central Power System. pg. 859.
Insulators. pg. 900.
Problems in Power.pg. 774.
Calculating, Short Method of. pgs. 1066, 1063.

EW. vol. 56 = 1910.

96. Earth as Return Circuit in. pg. 431.

97,
98.
99,

Some Problems in. pg. 1153.
Accidents , Prevention in case of Breakage. pg. 691.

Calculation of Inductance as affected by the Subdi-
vision of the Circuits. pg. 619.
100.
101.

102.
103.
104,
105.

106.
107.
108.
109.

110.
lil.
112.
113.

114.

115.

116.

‘Continuity of Service. pg. 1049.

78

TRANSMISSION.
B.W. vol. 56 - 1910.
Limiting Voltages on. pg. 1179.
Regulation. pa. 121.

E.W. vol. 57 = 1911.
Estimation, Short Cuts in. pg 617.
Three Phase, Inductance of. pg 1607.
Underground Construction. pg. 1293.
Underground Installation, (Ghio). pg. 43.

LeE. vol.66 = 1911.
Trans. at 11,000 Volts. pg. 211.
60,000 Volt Line. pg. 4.
High Pressure. pgs. 674, 751.
Long Distance. pgs. 621,660, 751,827.

LeE.e vole 67 = 1911.
Protection of Lines. pg. 295.
Design, Construction and Operation. pg. 787.
Operation of Systems. pg. 743.

Power Transmission. pg. 126.
A.I.E.E. vol.30 part 1 - 1911.

From the Operating Stanpoint. pg 835.

Design, Construction, and Test of Artificial Line.
pee 245.

A.I.B.E.vVOl. 30, part 2e- 1911.
118.
119.
120.
i121.
122.

123.
124.
125.

126.
127.

128.
129.
130.
131.
152.
135.

134.
135.
136.

79
TRANSMISSION.

A-I.E.E.vol. 30,part 3,-1911.
Calculation of 100 mile Line, Fofmulea for. pgs.2275, 2277
Chart on Electric Constants. pg, 2264.
Exact Mehtod. pg. 2275.
Hyperbolic Functions. pg. 2272.

Ice and Relation between Inductance and Capacity.
pe. 2286.

Design of,Practical Points. pg. 2281.
Introduction, High Tension. pg 1989.
Segse and Spans, Solution to Problems. pg. 2209.

LE. vol.68 - 1911 & 1912.
Electro-Mechanical (Thomas). pg. 152.
954.

Factors in Transmission Work. pg.

E.W. vol.58 -1911.

Capacity Coefficient, Calculation of. pgs. 386,443,493.
Corona Losses,MNeasurement of. pg. 1257.
Limits of Greater Electrical Net Work. pg. 53.
Relative Losses. pg. 748.

Regulation, Determination of by Semi-Graphical Method.

Pps&e 625.
Underground in Medium Sized Cities. pg. 30.

E.W. vol. 59 1912.
Sages and Tensions. pg. 1021.
(Steinmetz). pee 1151.

Au Sable Electric Co. pes. 795,843.

Wave Motion
137.
138.
139.
140.
141.
142.
143.
144,

145.

146.
147.

148,

149.
aso.
151.
152.
153.

154,’

80

TRANSMISSION.

E.W.vol. 60 ©1912.

Aluminum Conductors for. 44.

PS.

Disturbances of Potential and Current. 1373.

P&-
Flexible Supports. pg. 97.

Inductance of Aerial Split Conductors. pg. 994.

Sages and Stress,Chart for. pgs. 1024,1042.

in Aluminum Conductors. 374.

P&-
Sag Formulae, Simplified. pg. 101.

Corona on High Tension. pg. 1355.

LeEe vole 70.-1912.

Overhead Trans, Lines. pg. 557.

L.Be vol. 69 =» 1912,

Problems in High Tension. pg. 360.

Mechanical Considerations of. 732.

P&-

A-I.E.E. 31.-1912.

1537.

vol.

Measurements. pe

LE. vole 72.-1913.

Continuous Current Series System. pg. 345.
Stresses Produced by Breaking. pa 253.
Inductance and Capacity,Three Phase. pg. 607.
Lightning Breakdown on Line. pg. 677.

Operation of Line. pg. 855 of A.I.E.E. vole. 32 <-1913.

A.I.E.E.vol. 32, part 2,-1913.
Effects of Ice Loading. pg. 1829.
155.

156.
157.
158.
159.
160.
161.

16.
163.
164.
165.
166.

167.
168.
169.

170.
171.
172.
173.

81

TRANSMISSION.

A. IEE. vol. 52 1913.

Catenary,Theory of. pga. 1565.

E.W. vol. 62,1913.
Graphical Statics between Two Lines .pgs. 219,250.
Formula for Capacity(Single Phase Lines). pg 315.
Line Construction, Cheap.pg 267.
Losses, Hysteresis and Eddy Current.pg 1108.
interference, Inductive. pg, 733.

Design of 1180 foot Span. pg. 277.

LE. vwol 72 -1913.

Cost of Erecting. pg 87.

Corona Losses,Experiments on. pgs. 6, 12, 20.
Operation of. pg 1049.

High Frequency for Telegraph? Telephone, and Power.

pgs. 734,783,955, 999, 1048, 1086.
Construction, British Practice. pgs. 560,610, 653, 689.

E. Je vol. 11 01914,
Three Phase Systems. pg. 461.
Calculation for Constant Voltage. pg. 487.

Higher D.C. Voltages. pg. 501.

LeE. vol. 73 = 1914.
Constant Voltage. pg, 998.

High Voltage .pg 342.

Problems in High Tension. pg.. 990.

High Frequency .pgs. 29, 109, 190, 279.
174.
175.
176.
177.
178.
179.
180,
181.
182.

183.
184,
185.
186.

1&7.

188,
189.

82
TRANSMISSION.

E.W. vole 63 @ 1914.

Construction and CosteKeeping Methods. pge 937.

Cost,Reducing by the Use of PrimaryeSecondary Dis-
tribution Rack. pg. 1256.

Formulae for Distribution. pg. 322.

Probleme in High Tension. pg. 534.

Longest Line and Highest Voltage. pgs. 33, 85, 493/

Interference,Plan for Reducing. pg 984.

Pole and Tower Lines. 1244.

P&e
Disconnected Systems in the South. pg 1201, 1235.

Traveling Waves,Protection against. pg. 1457.

B.W. vol. 64 = 1914.

Calculation of Constant Voltage Lines. pg. 775(D).
« " Long Lines. pg. 192.
° ° Voltage Regulation. pg. 873, 920.

Hyperbolic, Simplified. pas. 474, 624.

LE. vol. 74, 01905.

Differential Equations, Long Distance. pg. 355.

EW. vol.
Artificial Line 200 Mile. pg. 1545.

65 -1915.

Chart,Labor Saving. pg. 159.

190..Corona Losses . pg 32.

191.
192.

Protective Coatings. pe. 730.
Sag in Overhead Conductors. pg. 336.

193. Special Structures. pg. 980.
194,
195.
196.
197.
198.
199.
200.
201.
202.

203.
204.
205.
206.
207.
208,

209.

83
TRANSMISSION.

E.W. vol. 66 » 1915.
Construction for Mountain Districts. 862.
pee 469.

Coet Data of 6600 Volt Line. pg. 16.

Pee
Copper Clad Iron Wire.

Cost of Line in New England. pg. 1395.

Inexpensive Methods for reaching Small Loads. pg. 5504

Trouble Hunting. pgs. 562, 579, 638.

Two phase-Three phase Change without Interrupting
Service . PE 86.

Disturbances, Confining to their Source. pg. 1333.

Impedence of Receiving End of Line Loaded at
both Ends. P&e

182.
Mathematics. pg 842.

Trigonometric for Phenomena Occuring ine pg. 857,
Calculation, Sag Tension. pg. 330, 344.

Steel Tower Construction. 127.

PE.
Copper vs. Aluminum, Saving in .pg. 1432.

Choice of Voltage. pg. 618.

"Electric Power Transmission® by L.Bell.
Choice of Voltage. pg. 5351.
l.
Q6

84

"DIRECT CURRENT MOTORS;THEIR ACTION AND CONTROL".
EW. vol.50, 1907.
Direct Current Motors. og. &52.

Shunt Motor Problems. pg. 1095.

E.W. vol. 51, 1908.
Shunt Motor Starting Boxes. pg. 27. (F.B.Crocker & M.Arndt).
Shunt Motor Speed Control. pp.245, 476,699,906.
Motor Controlled by Multiple Voltage. (Ward-Leonard System) ,pz.1203

Series Motor Control.
E.W. vol.52, 1908, pe. 998.

"“Dynamo-Electric Machinery", by Sheldon. pg. 230.
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