[ Identification | Description | Input parameters | Output parameters | Links ]
SANS_DebyeS
ComponentDebye-Scherrer Ring: Model for highly ordered diblock copolymer. This example is highly simple. Multiple scattering neglected, but could be incorporated. Sample that only produces a DebyeSherrer ring. Advantages: Transmitted beam is simulated. Intensities still in flux units. Minor point: Absolute scattering probability given by transmission. Sample components leave the units of flux for the probability of the individual paths. That is more consitent than the Sans_spheres routine. Furthermore one can simulate the transmitted beam. This allows to determine the needed size of the beam stop. Only absorption has not been included yet to these sample-components. But thats really nothing. Example: SANS_DebyeS(transm=0.5, qDS=0.008, xwidth=0.01, yheight=0.01, zthick=0.001)WARNING: This is a contributed Component.
Name | Unit | Description | Default |
---|---|---|---|
transm | 1 | : coherent transmission of sample for the optical path "zthick" | 0.5 |
qDS | AA-1 | : Scattering vector of Debye-Sherrer ring | 0.008 |
xwidth | m | : horiz. dimension of sample, as a width (m) | 0.01 |
yheight | m | : vert.. dimension of sample, as a height (m) | 0.01 |
zthick | m | : thickness of sample (m) | 0.001 |
Name | Unit | Description | Default |
---|---|---|---|
q_v |
SANS_DebyeS.comp
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[ Identification | Description | Input parameters | Output parameters | Links ]
Generated automatically by McDoc, Peter Willendrup <peter.willendrup@risoe.dk> / Fri Oct 23 22:34:28 2009