| 11. | This is simply a flat plane that contains a negative-valued Dirac delta function.
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| 12. | One approach to solving the Hamiltonian constraint starts with what is called the Dirac delta function.
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| 13. | This can be interpreted as a Dirac delta function that is created immediately after the pulse.
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| 14. | Furthermore, the Dirac delta function is not a function but it is a finite Borel measure.
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| 15. | Where \ delta is the Dirac delta function and H ( x ) the Heaviside step function.
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| 16. | For an infinite crystal, the diffracted pattern is concentrated in Dirac delta function like Bragg peaks.
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| 17. | :I think a case can be made that the Dirac delta function is one special case.
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| 18. | As a generalised function, the second derivative may be taken as two times the Dirac delta function.
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| 19. | This is often represented by the use of amplitude-variant Dirac delta functions at the harmonic frequencies.
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| 20. | Equality holds only for the two point Bernoulli distribution or the sum of two different Dirac delta functions.
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