Labscale - Revision history

KevinYager: /* Vendors */

2017-01-04T15:26:15Z

‎Vendors

KevinYager: /* Vendors */

2016-05-18T16:21:47Z

‎Vendors

KevinYager at 15:38, 30 October 2015

2015-10-30T15:38:37Z

KevinYager: /* Vendors */

2015-07-25T15:06:23Z

‎Vendors

KevinYager at 15:04, 25 July 2015

2015-07-25T15:04:33Z

KevinYager at 17:47, 12 June 2015

2015-06-12T17:47:48Z

KevinYager at 14:20, 30 September 2014

2014-09-30T14:20:04Z

130.199.3.165 at 15:13, 20 June 2014

2014-06-20T15:13:02Z

130.199.3.165: Created page with "The term '''labscale''' is informally used to refer to small-scale x-ray instruments, in comparison to synchrotron beamlines. Labscale instruments typically use a..."

2014-06-20T15:04:55Z

Created page with "The term '''labscale''' is informally used to refer to small-scale x-ray instruments, in comparison to synchrotron beamlines. Labscale instruments typically use a..."

New page

The term '''labscale''' is informally used to refer to small-scale [[x-ray]] instruments, in comparison to [[synchrotron]] [[beamlines]].

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.

@@ Line 7: / Line 7: @@
 * [https://www.bruker.com/ Bruker] ([https://www.bruker.com/products/x-ray-diffraction-and-elemental-analysis/small-angle-x-ray-scattering/saxs/small-angle-scattering.html SAXS])
 * [http://www.rigaku.com/en Rigaku] ([http://www.rigaku.com/en/applications/SAXS_nanotechnology SAXS])
 * [http://www.xenocs.com/en/ Xenocs] ([http://www.xenocs.com/en/solutions/xeuss-saxs-waxs-laboratory-beamline/ SAXS])

@@ Line 7: / Line 7: @@
 * [https://www.bruker.com/ Bruker] ([https://www.bruker.com/products/x-ray-diffraction-and-elemental-analysis/small-angle-x-ray-scattering/saxs/small-angle-scattering.html SAXS])
 * [http://www.rigaku.com/en Rigaku] ([http://www.rigaku.com/en/applications/SAXS_nanotechnology SAXS])
 * [http://www.xenocs.com/en/ Xenocs] ([http://www.xenocs.com/en/solutions/xeuss-saxs-waxs-laboratory-beamline/ SAXS])

@@ Line 1: / Line 1: @@
 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); e.g, 10<sup>7</sup> to 10<sup>8</sup> photons/s. 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.
 ==Vendors==

@@ Line 4: / Line 4: @@
 ==Vendors==
 * [https://www.bruker.com/ Bruker] ([https://www.bruker.com/products/x-ray-diffraction-and-elemental-analysis/small-angle-x-ray-scattering/saxs/small-angle-scattering.html SAXS])
 * [http://www.rigaku.com/en Rigaku] ([http://www.rigaku.com/en/applications/SAXS_nanotechnology SAXS])
-* [http://www.xenocs.com/en/ Xenocs]
+* [http://www.xenocs.com/en/ Xenocs] ([http://www.xenocs.com/en/solutions/xeuss-saxs-waxs-laboratory-beamline/ SAXS])

← Older revision		Revision as of 15:04, 25 July 2015
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	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.
		+
		+	==Vendors==
		+	* [https://www.bruker.com/ Bruker] ([https://www.bruker.com/products/x-ray-diffraction-and-elemental-analysis/small-angle-x-ray-scattering/saxs/small-angle-scattering.html SAXS])
		+	* [http://www.rigaku.com/en Rigaku] ([http://www.rigaku.com/en/applications/SAXS_nanotechnology SAXS])
		+	* [http://www.xenocs.com/en/ Xenocs]

← Older revision		Revision as of 17:47, 12 June 2015
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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.

← Older revision		Revision as of 14:20, 30 September 2014
Line 1:		Line 1:
	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]].

−	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 [[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.

← Older revision		Revision as of 15:13, 20 June 2014
Line 1:		Line 1:
−	The term '''labscale''' is informally used to refer to small-scale [[x-ray]] instruments, 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]].

−	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.	+	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 [[Tutorial:Qualitative_inspection#Scattering_Intensity\|strongly scattering]] samples.