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En este caso trabajamos con dos haces y suponemos que cada uno atraviesa dos zonas de distintos largos y densidades. Para simplificar se supone que la absorción es igual en todos los materiales y tipos de scattering.


ID:(8108, 0)

Description

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ID:(1621, 0)

Equation

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x_{s2}=x_1+x_2

ID:(4470, 0)

Equation

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The volume ($V$) out of ($$) that does not vary along the height ($h$) is equal to

$ V = S h $

Conditions

Variables

$h$

Height

$m$

$S$

Section

$m^2$

$V$

Volume

$m^3$

Relation

The expression holds even if the shape, but not the value, of section the section ($S$) varies along the height, as long as its total area remains constant.

ID:(3792, 0)

Equation

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$V=Sh$

ID:(4850, 0)

Equation

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$V=Sh$

ID:(4851, 0)

Equation

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Suma de cuatro volumenes:

ID:(8109, 0)

Equation

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Suma de cinco volumenes:

ID:(8110, 0)