Difference between revisions of "Sample Preparation for Joint 11-BM and 11-ID-B Measurements"
From Ug11bm
Jump to navigationJump to search| (One intermediate revision by the same user not shown) | |||
| Line 1: | Line 1: | ||
The images below show how a capillary could be prepared for complimentary scattering measurements to be compatible with high throughput sample holders at both beamlines 11-BM (robot loading) and 11-ID-B (linear sample cassette). | The images below show how a capillary could be prepared for complimentary scattering measurements to be compatible with high throughput sample holders at both beamlines 11-BM (robot loading) and 11-ID-B (linear sample cassette). | ||
In the images below, the '''black colored''' sections of capillary show where sample powder is required. <span style="color:red"><B>Red colored</b></span> sections show the location of epoxy or some similar substance to seal the capillary. | In the images below, the '''black colored''' sections of capillary show where sample powder is required. <span style="color:red"><B>Red colored</b></span> sections show the location of epoxy or some similar substance to seal the capillary. | ||
These images show a capillary with | These images show a capillary with a diameter = 0.0575" (1.46 mm). Contact beamline staff for full details on sample loading & capillary diameters and lengths before preparing your sample for complimentary measurements. | ||
Latest revision as of 02:16, 8 March 2013
The images below show how a capillary could be prepared for complimentary scattering measurements to be compatible with high throughput sample holders at both beamlines 11-BM (robot loading) and 11-ID-B (linear sample cassette).
In the images below, the black colored sections of capillary show where sample powder is required. Red colored sections show the location of epoxy or some similar substance to seal the capillary.
These images show a capillary with a diameter = 0.0575" (1.46 mm). Contact beamline staff for full details on sample loading & capillary diameters and lengths before preparing your sample for complimentary measurements.
