Difference between revisions of "Labscale"
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| − | The term '''labscale''' is informally used to refer to small-scale [[x-ray]] instruments used for diffraction or [[scattering]], in comparison to [[synchrotron]] [[beamlines]]. | + | The term '''labscale''' is informally used to refer to small-scale [[x-ray]] instruments used for diffraction or [[scattering]], in comparison to [[synchrotron]] [[beamlines]]. These may also be called '''in-house''' of '''benchtop''' instruments. |
Labscale instruments typically use a rotating anode as an x-ray source. Their flux is much lower than a synchrotron (which is 3-6 orders-of-magnitude brighter). Labscale instruments also typically haver larger beam sizes, worse [[instrumental resolution|resolution]], and lower coherence. Nevertheless, useful data can be obtained on many systems, especially [[Tutorial:Qualitative_inspection#Scattering_Intensity|strongly scattering]] samples. | Labscale instruments typically use a rotating anode as an x-ray source. Their flux is much lower than a synchrotron (which is 3-6 orders-of-magnitude brighter). Labscale instruments also typically haver larger beam sizes, worse [[instrumental resolution|resolution]], and lower coherence. Nevertheless, useful data can be obtained on many systems, especially [[Tutorial:Qualitative_inspection#Scattering_Intensity|strongly scattering]] samples. | ||
Revision as of 12:47, 12 June 2015
The term labscale is informally used to refer to small-scale x-ray instruments used for diffraction or scattering, in comparison to synchrotron beamlines. These may also be called in-house of benchtop instruments.
Labscale instruments typically use a rotating anode as an x-ray source. Their flux is much lower than a synchrotron (which is 3-6 orders-of-magnitude brighter). Labscale instruments also typically haver larger beam sizes, worse resolution, and lower coherence. Nevertheless, useful data can be obtained on many systems, especially strongly scattering samples.
