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H. Fuchs (1986)
A surrealistic tale of electricityAmerican Journal of Physics, 54
G. Falk (1985)
Entropy, a resurrection of caloric-a look at the history of thermodynamicsEuropean Journal of Physics, 6
H. Fuchs (1996)
The dynamics of heat
Alexander F.R.S. (1800)
On the Electricity excited by the mere Contact of conducting Substances of différent Kinds.Philosophical Magazine, 7
R. Pisano (2010)
On Principles In Sadi Carnot’s Thermodynamics (1824). Epistemological ReflectionsAlmagest, 1
M. Clagett (1959)
Critical Problems in the History of Science
G. Zeuner (1974)
Grundzüge der mechanischen Wärmetheorie : mit besonderer Rücksicht auf das verhalten des Wasserdampfes
M. Grabmann
S. Tommaso d'Aquino
G. Falk, F. Herrmann, G. Schmid (1983)
Energy forms or energy carriersAmerican Journal of Physics, 51
E. Mach, B. Mcguinness (1986)
Principles of the Theory of Heat
D. Cardwell, C. Gillispie (1972)
Lazare Carnot, SavantTechnology and Culture, 14
H. Callendar (1910)
The Caloric Theory of Heat and Carnot's Principle, 23
I. Grattan-Guinness (1990)
Work for the workers: engineering mechanics and its instruction, 1800–1830
R. Pisano (2013)
Historical Reflections on the Physics Mathematics Relationship in Electromagnetic Theory
Siméon-Denis Poisson
Traité de mécanique, 1
G. Schmid (1984)
An up‐to‐date approach to physicsAmerican Journal of Physics, 52
E. Mach, B. Mcguinness (1986)
Principles of the Theory of Heat: Historically and Critically Elucidated
A. Terquem
Sur la vitesse du son, 9
A. Ampere (1977)
Théorie des phénomènes électro-dynamiques, uniquement déduite de l'expérience
P. Bussotti, R. Pisano (2013)
On the Conceptual and Civilization Frames in René Descartes' Physical Works, 02
H. Fuchs (1987)
Entropy in the teaching of introductory thermodynamicsAmerican Journal of Physics, 55
[In this section we investigate the possible origin of the idea of the cyclecycle in Sadi Carnot’s workSadi Carnot, following the hypothesis of an analogyanalogy with the electricelectric circuitelectric circuit in Alessandro VoltaAlessandro Volta’s batterybattery. First we will present a comparisoncomparison from the standpoint of the fundamental concepts between Sadi CarnotCarnot’s theory of thermodynamicsthermodynamics and the theory of electricityelectricity. Secondly we will propose an analogy between Carnot’s cycleCarnot’s cycle and the cyclic pathcyclic path of the I current in VoltaVolta’s batteryVolta’s battery, whose current (between two potentialspotentials) corresponds to the heat flux which flows between the two thermostatsthermostats of two reversiblereversible heat enginesengines paired by Sadi Carnot. Additionally, we will report and comment on some analogiesanalogies between electrostaticelectrostatic, electric phenomena and heat enginesheat engine. In conclusion we present a global vision of every possible connection and will discuss its compatibility.]
Published: Nov 28, 2013
Keywords: Work Work; Cycle Cycle; Energy Energy; Physic Physic; Mass Mass
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