Mail-In Bases - Revision history

WikiSysop at 22:33, 28 August 2013

2013-08-28T22:33:44Z

← Older revision		Revision as of 22:33, 28 August 2013
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	[https://wiki-ext.aps.anl.gov/ug11bm/index.php/Samples_with_Strong_X-Ray_Absorption#Guidelines_for_11-BM_Mail-In_Samples Users should consider the μr of their sample(s)]. An ideal μr value is ~ 1.0		[https://wiki-ext.aps.anl.gov/ug11bm/index.php/Samples_with_Strong_X-Ray_Absorption#Guidelines_for_11-BM_Mail-In_Samples Users should consider the μr of their sample(s)]. An ideal μr value is ~ 1.0

	~~More info will~~ be ~~placed here soon~~.		'''Important !!''' ''If you plan to use a large diameter mail-in base and nest a smaller size coated Kapton tube, please send 11-BM staff an additional email directly after you request your bases and state this so we can be sure to send both size Kapton tubes.''

	Please ask 11-BM staff (11bm@aps.anl.gov) with any questions about which size is correct for your experiment.		Please ask 11-BM staff (11bm@aps.anl.gov) with any questions about which size is correct for your experiment.

WikiSysop at 22:53, 29 April 2013

2013-04-29T22:53:24Z

← Older revision		Revision as of 22:53, 29 April 2013
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	The Large size is a ~ 2x larger diameter (~ 3x increase in scattering cross section) when compared with the standard 0.8 mm diameter Kapton tube capillary. These larger capillaries are allow users with low Z, or low X-ray scattering, samples to place more sample into the beam during the measurements. More scattering events normally gives higher quality data with better statistics.		The Large size is a ~ 2x larger diameter (~ 3x increase in scattering cross section) when compared with the standard 0.8 mm diameter Kapton tube capillary. These larger capillaries are allow users with low Z, or low X-ray scattering, samples to place more sample into the beam during the measurements. More scattering events normally gives higher quality data with better statistics.

	~~Users should consider the~~ [https://wiki-ext.aps.anl.gov/ug11bm/index.php/Samples_with_Strong_X-Ray_Absorption#Guidelines_for_11-BM_Mail-In_Samples μ*r of their sample(s)].		[https://wiki-ext.aps.anl.gov/ug11bm/index.php/Samples_with_Strong_X-Ray_Absorption#Guidelines_for_11-BM_Mail-In_Samples Users should consider the μr of their sample(s)]. An ideal μr value is ~ 1.0

	An ideal μ*r value is ~ 1.0

	More info will be placed here soon.		More info will be placed here soon.

	Please ask 11-BM staff (11bm@aps.anl.gov) with any questions about which size is correct for your experiment.		Please ask 11-BM staff (11bm@aps.anl.gov) with any questions about which size is correct for your experiment.

WikiSysop at 22:52, 29 April 2013

2013-04-29T22:52:56Z

← Older revision		Revision as of 22:52, 29 April 2013
Line 7:		Line 7:
	The Large size is a ~ 2x larger diameter (~ 3x increase in scattering cross section) when compared with the standard 0.8 mm diameter Kapton tube capillary. These larger capillaries are allow users with low Z, or low X-ray scattering, samples to place more sample into the beam during the measurements. More scattering events normally gives higher quality data with better statistics.		The Large size is a ~ 2x larger diameter (~ 3x increase in scattering cross section) when compared with the standard 0.8 mm diameter Kapton tube capillary. These larger capillaries are allow users with low Z, or low X-ray scattering, samples to place more sample into the beam during the measurements. More scattering events normally gives higher quality data with better statistics.

	Users should consider the ~~μ*r of their sample(s). Read more here:~~		Users should consider the [https://wiki-ext.aps.anl.gov/ug11bm/index.php/Samples_with_Strong_X-Ray_Absorption#Guidelines_for_11-BM_Mail-In_Samples μ*r of their sample(s)].
	https://wiki-ext.aps.anl.gov/ug11bm/index.php/Samples_with_Strong_X-Ray_Absorption#Guidelines_for_11-BM_Mail-In_Samples

	An ideal μ*r value is ~ 1.0		An ideal μ*r value is ~ 1.0

WikiSysop at 22:52, 29 April 2013

2013-04-29T22:52:17Z

← Older revision		Revision as of 22:52, 29 April 2013
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	*'''Large''' bases: 1.5 mm diameter capillary. ''New for 2013''		*'''Large''' bases: 1.5 mm diameter capillary. ''New for 2013''

			The Large size is a ~ 2x larger diameter (~ 3x increase in scattering cross section) when compared with the standard 0.8 mm diameter Kapton tube capillary. These larger capillaries are allow users with low Z, or low X-ray scattering, samples to place more sample into the beam during the measurements. More scattering events normally gives higher quality data with better statistics.
	The Large size is ~ 2x larger ~~than~~ the standard 0.8 mm diameter Kapton tube capillary. These larger capillaries are allow users with low Z, or low X-ray scattering, samples to place more sample into the beam during the measurements. More ~~scatterings~~ normally gives ~~highly~~ quality data with better statistics.

	Users should consider the μ*r of their sample(s). Read more here:		Users should consider the μ*r of their sample(s). Read more here:
	https://wiki-ext.aps.anl.gov/ug11bm/index.php/Samples_with_Strong_X-Ray_Absorption#Guidelines_for_11-BM_Mail-In_Samples		https://wiki-ext.aps.anl.gov/ug11bm/index.php/Samples_with_Strong_X-Ray_Absorption#Guidelines_for_11-BM_Mail-In_Samples

			An ideal μ*r value is ~ 1.0

	~~one must lower its effective packed density or reduce its radius~~.		More info will be placed here soon.

	~~More info will be placed here soon.~~ Please ask 11-BM staff with any questions about which size is correct for your experiment.		Please ask 11-BM staff (11bm@aps.anl.gov) with any questions about which size is correct for your experiment.

WikiSysop at 22:50, 29 April 2013

2013-04-29T22:50:01Z

← Older revision		Revision as of 22:50, 29 April 2013
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	Users can now select 2 sizes of sample mounting bases:		Users can now select 2 sizes of sample mounting bases:

	*'''Standard''' bases: 0.8 mm diameter capillary. This is the standard size used for ~~the~~ mail-in ~~program for several years~~		*'''Standard''' bases: 0.8 mm diameter capillary. This is the standard size used for all mail-in measurements prior to 2013.

	*'''Large''' bases: 1.5 mm diameter capillary. ''New for 2013''		*'''Large''' bases: 1.5 mm diameter capillary. ''New for 2013''


			The Large size is ~ 2x larger than the standard 0.8 mm diameter Kapton tube capillary. These larger capillaries are allow users with low Z, or low X-ray scattering, samples to place more sample into the beam during the measurements. More scatterings normally gives highly quality data with better statistics.

	~~Large diameter~~ sample ~~capillary~~ (1.~~5 mm diameter, ~ 2x larger than the default 0~~.~~8 mm diameter Kapton tube capillary)~~.		Users should consider the μ*r of their sample(s). Read more here:
			https://wiki-ext.aps.anl.gov/ug11bm/index.php/Samples_with_Strong_X-Ray_Absorption#Guidelines_for_11-BM_Mail-In_Samples

	~~These larger capillaries are available now for~~ 11-BM ~~mail-in users by special request~~.
			one must lower its effective packed density or reduce its radius.

			More info will be placed here soon. Please ask 11-BM staff with any questions about which size is correct for your experiment.

WikiSysop at 22:44, 29 April 2013

2013-04-29T22:44:14Z

← Older revision		Revision as of 22:44, 29 April 2013
Line 1:		Line 1:
			Users can now select 2 sizes of sample mounting bases:

			*'''Standard''' bases: 0.8 mm diameter capillary. This is the standard size used for the mail-in program for several years

			*'''Large''' bases: 1.5 mm diameter capillary. ''New for 2013''



	Large diameter sample capillary (1.5 mm diameter, ~ 2x larger than the default 0.8 mm diameter Kapton tube capillary).		Large diameter sample capillary (1.5 mm diameter, ~ 2x larger than the default 0.8 mm diameter Kapton tube capillary).

	These larger capillaries are available now for 11-BM mail-in users by special request.		These larger capillaries are available now for 11-BM mail-in users by special request.

WikiSysop: Created page with "Large diameter sample capillary (1.5 mm diameter, ~ 2x larger than the default 0.8 mm diameter Kapton tube capillary). These larger capillaries are available now for 11-BM mail-..."

2013-04-29T22:21:15Z

Created page with "Large diameter sample capillary (1.5 mm diameter, ~ 2x larger than the default 0.8 mm diameter Kapton tube capillary). These larger capillaries are available now for 11-BM mail-..."

New page

Large diameter sample capillary (1.5 mm diameter, ~ 2x larger than the default 0.8 mm diameter Kapton tube capillary).

These larger capillaries are available now for 11-BM mail-in users by special request.