References
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- Dickson , W . 1801 . Phil. Mag. Series 1 , 9 ( 33 ) : 39
- Marat , Mr . 1810 . Phil. Mag. Series 1 , 36 ( 149 ) : 186
- Englefield , HC . 1815 . Phil. Mag. Series 1 , 45 ( 201 ) : 15
- The Laplace equation, is a second-order partial differential equation with f being a real-valued function. If where g is also a real-valued function, then the Laplace equation is called the Poisson equation
- In Cartesian coordinates the Laplace equation is given by x, y and z being real variables
- White , T . 1813 . Phil. Mag. Series 1 , 41 ( 177 ) : 8
- In spherical coordinates the Laplace equation reads as
- Thomson , J . 1813 . Phil. Mag. Series 1 , 41 ( 181 ) : 357
- Gordon , J . 1831 . Phil. Mag. Series 2 , 9 ( 52 ) : 253
- Phil. Mag. Series 1 29 (115) (1807) p.211
- Ivory , J . 1826 . Phil. Mag. Series 1 , 68 ( 341 ) : 161
- The Laplace probability density function is defined by where x is a random variable, b > 0 and α is a so-called “location parameter”, f(x; 0, 1) = exp(−x)/2
- Count De Laplace, Phil. Mag. Series 1 58 (280) (1821) p.133
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- A Laplace transformation is defined by where f(t) is a function locally integrable on [0, ∞). In short: a Laplace transformation converts a function f(t) with a real argument t into a function F(s) with a complex argument s
- Hilbert , D and Courant , R . 1991 . “ Methoden der mathematischen Physik ” . In Methods of Mathematical Physics , New York : John Wiley . first published in 1924; present English edition