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First page of An Electrical Algebraic Equation Solver
1.
N. H. Abel, Œuvres Complètes, Vol. I (Christiania, Oslo, 1881), pp. 28–33.
2.
The following papers are representative contributions in this field: (a) Felix Lucas, “Résolution éléctriques des équations algébriques.” Comptes rendus, CVI, 121, 145, 268, 587, 645, 1072 (1888).
(b)
Arnold
Emch
, “
Two Hydraulic Methods to Extract theNth Root of Any Number
,” and “Hydraulic Solution of an Algebraic Equation of the Nth Degree.”
American Mathematical Monthly
8
,
10
12
58
59
(
1901
).
(c)
Alex
Russell
and
Arthur
Wright
, “
The Arthur Wright Electrical Device for Evaluating Formulae and Solving Equations
.”
Phil. Mag.
18
,
291
308
(
1909
).
(d)
Alex
Russell
and
J. N.
Alty
, “
An Electromagnetic Method of Studying the Theory of and Solving Algebraic Equations of Any Degree
.”
Phil. Mag.
18
,
802
811
(
1909
).
(e)
T. H.
Blakesley
, “
A Kinematic Method of Finding the Roots of a Rational Integral Equation
.”
Phil. Mag.
23
,
892
900
(
1912
).
3.
R. L.
Dietzold
, “
The Isograph
.”
Bell Laboratories Record
16
,
130
(
1937
).
R. O. Mercner, Mechanism of the Isograph, pp. 135.
4.
Harry C.
Hart
and
Irven
Travis
, “
Mechanical Solution of Algebraic Equations
.”
J. Frank. Inst.
225
,
63
(
1938
).
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