Hot Molecules, Cold Electrons

Hot Molecules, Cold Electrons

From the Mathematics of Heat to the Development of the Trans-Atlantic Telegraph Cable

Nahin, Paul

Princeton University Press

10/2020

232

Mole

Inglês

9780691207858

15 a 20 dias

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Quantity; Cooling; Neutron star; Heat equation; Nuclear submarine; Classical electromagnetism; Weapon of mass destruction; Eleusinian Mysteries; Electric field; Fourier series; Heat; Calculation; Pure mathematics; Magnetic field; Lava; Wave equation; Temperature gradient; Theoretical physics; Theory of heat; Valence electron; Thermometer; Oscillation; Resistor; Celestial mechanics; Thermal conductivity; Complex number; Laplace transform; Plasma (physics); Mathematics; Heat transfer; Radioactive decay; Voltage source; Coefficient; Mathematician; Special relativity; Electrical engineering; Molecule; Voltage drop; Physicist; Integral; Hellenistic period; Electric charge; Phase distortion; Ethylene; Special case; Heat capacity; George Boole; Pythagorean theorem; Volt; Nuclear fusion; Transistor; Thermal conduction; RX (rocket family); Silicate; Gibbs phenomenon; Thermonuclear fusion; Partial differential equation; Electric arc; Capacitance; Inductance; Electron; Voltaic pile; Albert Einstein; Mathematical physics; Analog computer; Temperature; Charge density; Capacitor; Electricity; Nuclear weapon