26-ID - User contributions [en]

Vortex ME4 (SII 4-element silicon drift diode)

2011-05-05T17:06:49Z

Vrose:

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===Manuals===
[[media:Vortex-ME4 Multi-El User Manual Rev.4.doc]] 
[[media:VortexME4_specs_Rev.3.3.pdf|Specifications for Vortex-ME4 Multi-Element SDD X-ray Spectrometer]] 
[[media:MAN-XMAP_1.0.3.pdf|Digital X-ray Processor User's Manual]] 

===Computer Controls===
Start epics ioc ''startEPICS2-7 8 Channel'' (on Desktop) 
Controls Computer: gluck@cnm.aps.anl.gov
 

===Drawings ===
====Drawing of collimator 30-5. ====
Cap drawing: [[media:30_5mm_cap_rot.pdf]] 
Assembly drawing: [[media:30_5mm_assy_landscape.pdf‎]] 
Detector/collimator geometry [[media:SDD_4el_collimator_28feb08.jpg]]
[[Category:XMG]][[Category:Fluorescence]][[Category:Controls]]

===Vacuum===
----
{| {{table}} style="text-align:center"
| align="center" style="background:#f0f0f0;"|'''IP voltage (V)'''
| align="center" style="background:#f0f0f0;"|'''Pressure (torr) '''
|-
|-
| -0.1|| 6E-8
|-
| -1|| 6E-7
|-
| -10|| 6E-6
|-
|}
----

Pewin

2011-04-12T15:01:53Z

Vrose:

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'''Laser Watch Window'''
{| {{table}}
| align="center" style="background:#f0f0f0;"|'''Laser'''
| align="center" style="background:#f0f0f0;"|'''description'''
|-
| M8120||FOMz
|-
| M8121||FOMx/SAMx
|-
| M8122||FOMy/SAMy
|-
| M8123||SAMx
|-
| M8124||FOMx2
|-
| M8125||SAMy
|-
| M8126||FOMy
|-
| M8127||spare
|-
|}

'''Pewin Calculations'''
{| {{table}}
| align="center" style="background:#f0f0f0;"|'''command'''
| align="center" style="background:#f0f0f0;"|'''description'''
|-
| enaplc 7||zero lasers
|-
| m3695=n||HybX calculation, n=5 full, n=1 SAM-Y1
|-
| m3696=n||HybY calculation, n=5 full, n=1 SAM-Y1
|-
|}

'''Remarks:'''
Pewin Device 02 controls lasers.

[[Category:XMG]][[Category:Controls]]

Beamline Controls

2011-04-11T14:10:45Z

Vrose:

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===How to...===
*[[Restart an IOC]]
===Computers===
*[[Sector 26 beamline Computers]] and download of the associated [[media:S26_Beamline_Computers.xls|excel spreadsheet]]
===Printer===
*Model: [http://h10010.www1.hp.com/wwpc/us/en/sm/WF05a/18972-236251-236268-15077-f51-315849.html HP Color LaserJet 3700DN]
*Name: Flute-S26ID
*Command line: lpr -P Flute-S26ID
===Pewin===
*[[Pewin]] commands
===Linux===
*Useful [[Linux commands]]
===Wiki===
*[http://people.fas.harvard.edu/~sdouglas/table.cgi Excel to Wiki converter]
[[Category:XMG]][[Category:Controls]]

Focusing optics module (FOM)

2010-02-02T20:11:43Z

Vrose:

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[http://www.gmail.com] 

[[Image:FOM positions.jpg|thumb|Zone plate holder; upstream view]]
[[Image:FOM ZP holder.jpg|thumb|Zone plate holder; side view]]

==10 keV==
{| {{table}} style="text-align:center"
| align="center" style="background:#f0f0f0;"|'''Position'''
| align="center" style="background:#f0f0f0;"|'''ZP name'''
| align="center" style="background:#f0f0f0;"|'''Focus X'''
| align="center" style="background:#f0f0f0;"|'''Focus Y'''
| align="center" style="background:#f0f0f0;"|'''Focus Z'''
| align="center" style="background:#f0f0f0;"|'''OSA X'''
| align="center" style="background:#f0f0f0;"|'''OSA Y'''
| align="center" style="background:#f0f0f0;"|'''OSA Z'''
| align="center" style="background:#f0f0f0;"|'''OSA #'''
| align="center" style="background:#f0f0f0;"|'''Remarks'''
|-
|-
| 1|| - || || || - || - || - || - || -|| ||
|-
| 2||ZP24-133-6 ||110 ||2787 ||1830 ||-17.76||-1548.8||-1409 ||#1 ||June 12, MH ||
|-
| 3||ZP50-240-9 ||-3687 ||2851 || - ||3814 ||-1614 || - ||#1 ||June 12, MH ||
|-
| 4|| - ||3714 ||-1193 || - || - || - || - || -|| ||
|-
| 5||ZP24-133-3 ||45 ||-1268 ||1845 ||62.36 ||2510.6 ||-1409 ||#1 ||June 12, MH ||
|-
| 6|| ||-4000 ||-1554 ||1845 || - || - || - || -|| ||
|-
| 7|| || - || - || - || - || - || - || -|| ||
|}

==11.2 keV==
{| {{table}} style="text-align:center"
| align="center" style="background:#f0f0f0;"|'''Position'''
| align="center" style="background:#f0f0f0;"|'''ZP name'''
| align="center" style="background:#f0f0f0;"|'''Focus X'''
| align="center" style="background:#f0f0f0;"|'''Focus Y'''
| align="center" style="background:#f0f0f0;"|'''Focus Z'''
| align="center" style="background:#f0f0f0;"|'''OSA X'''
| align="center" style="background:#f0f0f0;"|'''OSA Y'''
| align="center" style="background:#f0f0f0;"|'''OSA Z'''
| align="center" style="background:#f0f0f0;"|'''OSA #'''
| align="center" style="background:#f0f0f0;"|'''Remarks'''
|-
|-
| 1|| - || || || - || - || - || - || -|| ||
|-
| 2||ZP24-133-6 ||110 ||2787 ||-1295 ||-17.76||-1548.8||500 ||#1 ||June 12, MH ||
|-
| 3||ZP50-240-9 ||-3687 ||2851 || - || - || - || - ||#1 ||June 12, MH ||
|-
| 4|| - ||3714 ||-1193 || - || - || - || - || -|| ||
|-
| 5||ZP24-133-3 ||45 ||-1268 ||-1280 ||52.4 ||2505 ||500 ||#1 ||June 12, MH ||
|-
| 6|| ||-4000 ||-1554 ||-1280 || - || - || - || -|| ||
|-
| 7|| || - || - || - || - || - || - || -|| ||
|}

[[Image:OSA positions.jpg|thumb|OSA]]
----
{| {{table}} style="text-align:center"
| align="center" style="background:#f0f0f0;"|'''OSA #'''
| align="center" style="background:#f0f0f0;"|'''OSA description '''
| align="center" style="background:#f0f0f0;"|'''Date installed'''
|-
|-
| 4|| none || -
|-
| 3|| none || 02/02/10
|-
| 2|| 100 um || 02/02/10 lead on back
|-
| 1|| 30 um inside cone || 02/02/10
|-
|}
----
Focus of the ZP24/133sngl zone plate: 
{| {{table}} style="text-align:center"
| align="center" style="background:#f0f0f0;"|'''Energy (keV) at DCM'''
| align="center" style="background:#f0f0f0;"|'''Focus Z'''
| align="center" style="background:#f0f0f0;"|'''Remarks'''
|-
|-
| 10.0 ||1150 ||Mar/5/09 Cr wire/Staff ||
|-
| 11.2 ||-2030 ||Mar/19/09 Ni pad/Moutanabbir ||
|}
----
'''[[Condenser module (CM)|Condenser module (CM)]] ''out'':''' 
Condensor X = -3500 
Condensor Y = -6000 
Condensor Z = 

'''[[Imaging optics module (IOM)|Imaging optics module (IOM)]] ''out'':''' 
Objective X = 
Objective Y = -2500 
Objective Z = 

[[Category:XMG]][[Category:Fluorescence]][[Category:Diffraction]][[Category:Tomography]][[Category:Controls]]

Fluorescence

2009-11-08T22:56:26Z

Vrose: /* Coordinate Systems */

Back to [[X-Ray Microscopy]]
===Nanoprobe Instrument===
*[[Focusing optics module (FOM)]]
*[[Condenser module (CM)]]
*[[Imaging optics module (IOM)]]
*[[Sample module (SM)]]
*[[NPI Manuals]]
*[[media:nanoPi_usersmanual_2007_07_20.pdf|Manual for Nanoprobe Instrument]]

===Detectors===
*[[Vortex ME4 (SII 4-element silicon drift diode)]]
*[[Vortex (SII 1-element silicon drift diode)]]
*[[Ge detector (Canberra single element LEGe)]]
*[[Region of Interest (ROI)]]

===Optics===
*[[Focusing zone plates]]
===Standards===
*[[Fluorescence Standard Reference Material]]
===Analysis===
Instruction to [[media:Import_Fluo_scans_into_Origin-1.pdf|import 2D fluorescence images into Origin]].
===Coordinate Systems===
The relation between the coordinate system of the [[Coolsnap]] camera and the y-x-scans in scanView is shown in this [[media:Fluorescence vs transmission orientation.jpg|picture]]. 

Take Coolsnap transmission image and rotate it by 270 degree. Now flip horizontal. This gives you the orientation of HPiezoY-X scans.

===Links===
[http://xdb.lbl.gov X-ray Data Booklet]
[[image:DataBook_Image_Small.jpg]] 
[http://henke.lbl.gov/optical_constants/ X-ray interactions with matter] 
[[Category:XMG]][[Category:Fluorescence]][[Category:Controls]]

Attocubes

2009-08-21T17:22:44Z

Vrose:

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===Center-of-rotation alignment===
[[media:Robert's Tomo Alignment.pdf|Robert's Notes]] 
[[media:Nanoprobe_tomography_alignment_for_dummies.pdf‎‎| John Provis' down under view of tomography]]

===Attocube login===

ssh -Y epicsioc@ioc26idbpol

password epicsioc

cd epics
cd attocube

start_epics_atto

start_epics_ioc

[[Category:XMG]][[Category:Tomography]][[Category:Controls]]

Imaging zone plates

2009-08-12T23:28:55Z

Vrose:

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[[ZP 24-80-6|ZP24-80-6]]

Purpose: High-resolution imaging
Energy range: 8 - 12 keV
Outermost zone width: drN = 24 nm
Diameter: D = 80 um (
Material: Gold
Thickness: 2x 300 nm stack

Spec sheet:

Parameters: [[media:Zp24_80_3_1132_2_5_ANL_19jun2007.doc]]

Efficiency graph:

PIXIS 1024XF

2009-08-12T17:12:51Z

Vrose:

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[[Image:PIXIS_XF.jpg|thumb|PIXIS CCD camera]]
===General Information===
'''PIXIS-XF: 1024:''' 1024 x 1024 pixel CCD for lens-free, indirect imaging of X-rays using phosphor screens. Pixel size 13 x 13 um.
===Tube lens (Tomography)===
Tubelens(2x Objevtive) = -12050 
Tubelens (10x Objective) = ??? 
Tueblens(20x Objective) = ???
===Vendor Information===
[[Image:Princeton_Instruments_PIXIS_XF1024F_Rev_B1A.pdf|Alternate Text]]
[[Category:XMG]][[Category:Diffraction]][[Category:Tomography]]

Region of Interest (ROI)

2009-06-15T16:11:50Z

Vrose: New page: ROIs are set by the ''MCA Display'' software. A local version can be found on Gluck.

ROIs are set by the ''MCA Display'' software. A local version can be found on [[Gluck]].

Homing procedure for vertical focusing motors

2009-06-10T18:57:18Z

Vrose:

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This procedure describes the homing of the motors vzm, vyu, and vyd. 
At the beginning make sure that not 2 MLLs are mounted in order to avoid collisions during the homing procedure. 

1) Switch the controller PI C-848 off. 
2) Move vuy and vud by hand to the upper hard limit. 
3) Switch the controller PI C-848 on. 
4) Execute ''initPIC848'' in a terminal. This initializes the motors. 
5) Press ''HomR'' in the MEDM screen of vyu. This will home the motor. During homing the MEDM screen shows the message ''Comm. Failur''. This can be cleared by pressing ''STATUS''. After finding the home position of vyu the User/Dial Readback values are -20,700.0138 and Raw 3000002. 
6) Move vyu down to User/Dial=-10,000. This is important to avoid the flexural pivot's elastic limit from getting exceeded during homing of the vyd motor. 
7) Press ''HomR'' in the MEDM screen of vyd. The motor will be homed with the final position User/Dial=-20,700.0138 and Raw=3000002. 
8) Finally, home vzm by pressing ''HomR'' in the MEDM screen. The home position of vzm is User/Dial=-81,600.0085 and Raw=9600001.

[[Category:MLL]]

The MLL Project

2009-06-10T18:31:12Z

Vrose: /* How to... */

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[[Image:IMG_4458.JPG|thumb|MLL positioning device]]

===Trouble Shooting===
*[[PI-M663 motors referencing timeout]]
*[[Blank EPICS windows]]
*[[Motors vyu and vyd are pinned]]
*[[Ion chamber reading is not correct]]
*[[Linux machine does not print]]
*[[Amptek fluorescence detector is not found by the control software]]
*[[Amtek fluorescence detector found but no counts in the control software]]
*[[New Huber slits are not working]]
===How to...===
*[[Start the MLL controlls]]
*[[Initialize the PI C-848 controller]]
*[[Homing procedure for vertical focusing motors]]
*[[Connect the filter box]]
*[[Connect the Bicron detector]]

===Motor Definitions===
*[[MLL motors]]
*[[Sample stage]]
*[[Macro for horizontal focusing motor corrections]]
*[[Macro for vertical focusing motor corrections]]
*[[Macro for sample motor corrections]]

===Detectors===
*[[Amtek fluorescence detector]]
*[[PIXIS CCD camera]]

===Vibration Isolation System===
*[[TMC Micro-g optical table]]

===EPICS Input Output Controllers===
*[[Soft IOC Rachmaninoff]]

===Spec===
*[[Motor macros]]
*[[Motor scans]]
*[[Counting macros]]
*[[Plotting macros]]
*[http://www.certif.com/spec_manual/idx.html Manual and tutorials]

===Publications===
'''2008'''
*[http://link.aip.org/link/?APPLAB/92/221114/1 Focusing of hard x-rays to 16 nanometers with a multilayer Laue lens]
'''2007'''
*[http://link.aip.org/link/?RSINAK/78/046103/1 Sectioning of multilayers to make a multilayer Laue lens]
*[http://link.aps.org/doi/10.1103/PhysRevB.76.115438 Takagi-Taupin description of x-ray dynamical diffraction from diffractive optics with large numerical aperture]
'''2006'''
*[http://link.aps.org/doi/10.1103/PhysRevLett.96.127401 Nanometer Linear Focusing of Hard X Rays by a Multilayer Laue Lens]
'''2005'''
*[http://link.aip.org/link/?JAPIAU/98/113519/1 Depth-graded multilayers for application in transmission geometry as linear zone plates]
[[Category:MLL]]

Initialize the PI C-848 controller

2009-06-08T22:33:39Z

Vrose:

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In order to initialize the PI C-848 controller type ''initPIC848'' into a terminal and press ''enter''.

The ''initPIC848'' command resides in the home/user26id/bin directory of all Linux machines. The command is linked to ''initPIC848'' in the directory user26id@desprez/CNMshare/s26id-raid/ioc26idcMLL/bin.

Allocation of motors:

{| {{table}}
| align="center" style="background:#f0f0f0;"|'''controller'''
| align="center" style="background:#f0f0f0;"|'''motor'''
| align="center" style="background:#f0f0f0;"|'''description'''
|-
| A||vz||vertical focusing linear z
|-
| B||vyd||vertical focusing linear y downstream
|-
| C||vyu||vertical focusing linear y upstream
|-
|}

Manual: [[media:C848_User_MS100E110.pdf]]

[[Category:MLL]]

Blank EPICS windows

2009-06-05T15:37:05Z

Vrose:

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If the motor windows go blank the EPICS network connection is lost. The soft-IOC and EPICS must be restarted.

'''Solution''': 1. Go to the directory home/user26id/mll/iocBoot/ioc26idcMLL on ''Rachmaninoff''. (Shows up as ioc26idcMLL on KVM) 
2. Type ''run'' and press ''enter'' 
If the blank MEDM window on Desprez were already open, MEDM windows will update automatically. 
Otherwise continue with the following steps in order to [[Start the MLL controlls|start the MLL controlls]]. 
[[Category:MLL]]

NPI Manuals

2009-04-30T19:15:41Z

Vrose:

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*[[media:nanoPi_usersmanual_2007_07_20.pdf|Manual for Nanoprobe Instrument]]
*[[media:Technote_dt_record_positions_revB.pdf‎|Recording Delta Tau motor positions and variables using PMAC Plot Pro]]
*[[media:Technote_dt_primer.pdf‎|Delta Tau / PEWIN Primer]]

[[Category:XMG]][[Category:Fluorescence]][[Category:Diffraction]][[Category:Tomography]][[Category:Controls]]

Condenser module (CM)

2009-04-20T20:51:00Z

Vrose:

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[[Image:CM positions.jpg|thumb|Condenser module; upstream view]]
{| {{table}} style="text-align:center"
| align="center" style="background:#f0f0f0;"|'''Position'''
| align="center" style="background:#f0f0f0;"|'''Condenser X'''
| align="center" style="background:#f0f0f0;"|'''Condenser Y'''
| align="center" style="background:#f0f0f0;"|'''Condenser Z'''
| align="center" style="background:#f0f0f0;"|'''Condenser Tip'''
| align="center" style="background:#f0f0f0;"|'''Condenser Tilt'''
| align="center" style="background:#f0f0f0;"|'''Remarks'''
|-
|-
| 1 ||1123.5 ||1256.0 ||-786.7 ||685.2 ||1910.8 ||RW 4/9/09 ||
|-
| 2 || ??? || - || - || - || - || - ||
|-
| 3 || ??? || - || - || - || - || - ||
|-
| Optical Microscope|| ??? || - || - || - || - || - ||
|-
|}

In order to use this module in full-field mode the [[Focusing optics module (FOM)|focusing optics module (FOM)]] has to be set to a ''through hole''. The [[Imaging optics module (IOM)|imaging optics module (IOM)]] holds the zone plate optics for full-field imaging mode as well as three phase rings.

'''Aligned configuration for Position 1 (10 keV)'''

{| class="wikitable" cellpadding="5" style="text-align:center; margin-left: 10em;"
|- style="background:#eee;"
! Subcomponent !! Date !! Remarks
|-
| || ''2009-04-04''
|-
| COND-X || 1120.6
|-
| COND-Y || 1268
|-
| COND-Z || –786.8
|-
| FOM-X || 3910.2
|-
| FOM-Y || –1093.3
|-
| FOM-Z || –1999.7
|-
| SAM-X || 39.4
|-
| SAM-Y || –3590.7
|-
| SAM-Z || –2451.9 || CLOSE TO DOWNSTREAM LIMIT
|-
| OBJ-X || –1113.8
|-
| OBJ-Y || –876.6
|-
| OBJ-Z || 811
|-
| Phase-X || –21.9
|-
| Phase-Y || 4.0
|-
| Phase-Z || 0
|-
| Detector LowZ || –642916 || LIMIT
|-
| Detector MidZ || –326346 || LIMIT
|-
| Detector UpZ || –382625 || LIMIT
|-
|Intermediate Lens || 0
|-
|Tubelens|| 3750; -12050 (2x; 4/20/09)
|-
|}
[[Category:XMG]][[Category:Fluorescence]][[Category:Diffraction]][[Category:Tomography]][[Category:Controls]]

Wiring of Ion Chambers

2009-04-19T00:48:13Z

Vrose:

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'''Type:''' S-1329A, Oken, Tokyo 
'''Spec:''' Electrode length: 33 cm 
'''Applied Bias:''' - 2.5 kV 
http://www.oken.co.jp/h/pdl/eng/ics/i1.html

----
'''Name:''' ''Upstream Ion Chamber, ICus'' 
'''Purpose:''' measure incident photon flux downstream of MBS 
'''Wiring:'''
* 26IDC patch panel (CH-3): output Stanford preamp to patch panel "CH-3", connector "#57 Control-2"
* Controls room patch panel "Control-2", connector "#57 (CH-3)" to VtF converter
* (a) From VtF converter to NIM/TTL converter
** from NIM/TTL converter to patch panel "Controls-4", connector "#801"
** from "Controls-4 #801" to Joerger Scaler Ch #1
* (b) From VtF converter to 32-ch Scaler, CH #2, IOC26IDSCLR

----
'''Name:''' ''Downstream Ion Chamber, ICds'' 
'''Purpose:''' measure incident photon flux downstream of sample and imaging optics, upstream of area detectors 
'''Wiring:'''
* 26IDC patch panel (CH-3): output Stanford preamp to patch panel "CH-3", connector "#58 Control-2"
* Controls room patch panel "Control-2", connector "#58 (CH-3)" to VtF converter
* (a) From VtF converter to NIM/TTL converter
** from NIM/TTL converter to patch panel "Controls-4", connector "#802"
** from "Controls-4 #801" to Joerger Scaler Ch #2
* (b) From VtF converter to 32-ch Scaler, CH #3, IOC26IDSCLR

[Maser, Apr/18/09]

[[Category:XMG]][[Category:Beamline]]

Plotting macros

2009-04-14T18:57:56Z

Vrose:

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{| {{table}}
| align="center" style="background:#f0f0f0;"|'''command'''
| align="center" style="background:#f0f0f0;"|'''description'''
|-
| setplot ''[mode]''||Select plotting options
|-
| plot||Plot data on printer
|-
| rplot||Plot updated data at each point of scan
|-
| splot||Plot data on screen
|-
| pts||List current data on the screen
|-
| lp_plot||Primitive 132-column wide plot for printers
|-
| wa||Show positions of all motors
|-
| lm ||Show limits of all motors
|-
| plot_res||Show results after scans
|-
| splot_res||Show results on screen plot
|-
| rplot_res||Show results on updated plot during scans
|}

The ''setplot macro'' assigns values to the global variable, PLOT_MODE, according to the values defined in the following table:
{| {{table}}
| align="center" style="background:#f0f0f0;"|'''bit value'''
| align="center" style="background:#f0f0f0;"|'''description'''
|-
| 1|| Do updated plotting during scans
|-
| 2|| Do screen plot after scan
|-
| 4|| Do printer plot after scan
|-
| 8|| Scale x-axis of screen plots to fit width of scan
|-
| 16|| Force y-axis minimum to be zero
|-
| 32|| Use logarithmic y-axis
|-
| 64|| Do simple background subtraction
|-
| 128|| Use high-resolution plotting device
|-
| 256|| With high-res, don't use large dots
|-
| 512|| With high-res, don't connect points with lines
|-
| 1024|| With high-res, don't draw error bars
|}

[[Category:MLL]]

Counting macros

2009-04-14T18:57:26Z

Vrose:

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{| {{table}}
| align="center" style="background:#f0f0f0;"|'''command'''
| align="center" style="background:#f0f0f0;"|'''description'''
|-
| ct ''[time]''||Count, then show_cnts
|-
| count ''[time]''||Count for time
|-
| show_cnts||Count, then display results
|-
| uct ''[time]''||Updated counting
|}

[[Category:MLL]]

Motor scans

2009-04-14T18:56:54Z

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*ascan ''motor start finish intervals time''
The argument motor (and m1, m2 and m3) is a motor number or mnemonic, such as vz, hx, or sy.
*a2scan ''m1 s1 f1 m2 s2 f2 intervals time''
*a3scan ''m1 s1 f1 m2 s2 f2 m3 s3 f3 intervals time''
ascan, a2scan and a3scan are single-, two- and three-motor absolute-position scans.
*mesh ''m1 s1 f1 intervals1 m2 s2 f2 intervals2 time''
mesh is a nested two-motor scan, where the first motor scans through its range at each point of the second motor's scan.
*lup ''motor start finish intervals time''
*dscan ''motor start finish intervals time''
*d2scan ''m1 s1 f1 m2 s2 f2 intervals time''
*d3scan ''m1 s1 f1 m2 s2 f2 m3 s3 f3 intervals time''
lup (or equivalently dscan), d2scan and d3scan are single- and two- and three-motor relative position scans. The starting and finishing positions are given relative to the current position, and the motors are returned to their starting position at the end of the scan. These relative position scans are defined in terms of the absolute-position scans.
[[Category:MLL]]

Motor macros

2009-04-14T18:56:24Z

Vrose:

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{| {{table}}
| align="center" style="background:#f0f0f0;"|'''command'''
| align="center" style="background:#f0f0f0;"|'''description'''
|-
| mv ''motor pos''||Move a motor
|-
| mvr ''motor pos'' ||Move a motor, relatively
|-
| mvd ''motor dial_pos'' ||Move a motor to a dial position
|-
| tw ''motor inc'' ||Tweak a motor, interactively
|-
| umv ''motor pos''||Move while updating screen
|-
| umvr ''motor pos''||Move while updating screen
|-
| wa||Show positions of all motors
|-
| lm ||Show limits of all motors
|-
| wm ''m1 m2 ...'' ||Show positions and limits of motors
|-
| uwm ''m1 m2 ...'' ||Show positions while motors are moving
|-
| set_lm ''motor low high'' ||Set user limits for a motor
|}

[[Category:MLL]]

Soft IOC Rachmaninoff

2009-04-14T18:55:44Z

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The Mac box ''Rachmaninoff'' represents the IOC ''ioc26idcMLL'' and controls a few epics motors. The computer is physically localized in the network/KVM rack outside of the controls room.

[[Category:MLL]]

TMC Micro-g optical table

2009-04-14T18:55:07Z

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The MML instrument is supported by: 
'''TMC Micro-g table:''' Model # 12-19544, Serial # 901534 
'''TMC optical table:''' Model # 76-431-02, Serial # 98485

[[Category:MLL]]

PIXIS CCD camera

2009-04-14T18:52:14Z

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[[Image:PIXIS_XF.jpg|thumb|PIXIS CCD camera]]
===General Information===
'''PIXIS-XF: 1048:''' 1024 x 1024 pixel CCD for lens-free, indirect imaging of X-rays using phosphor screens. Pixel size 13 x 13 um.
===Computer===
The CCD camera is controlled by the Mac box ''Stravinsky''.
===Vendor Information===
[[Image:Princeton_Instruments_PIXIS_XF1024F_Rev_B1A.pdf|Alternate Text]]

[[Category:MLL]]

Amtek fluorescence detector

2009-04-14T18:51:57Z

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[[Image:Amtek_xr100cr detector.jpg|thumb|XR100CR with extended snout]]
===General Information===

6 mm window; 500 um; 2-stage cooling 
Gain: 41.59; Voltage: 179 V; Peak time: 25.6 us
===Computer===
The fluorescence detector is controlled by the windows machine ''Amptek'' (Dell).
===SCA wiring===
{| {{table}}
| align="center" style="background:#f0f0f0;"|'''SCA Output'''
| align="center" style="background:#f0f0f0;"|'''Cable Label'''
|-
| SCA 1||MCS
|-
| SCA 2||EXTDW
|-
| SCA 3||EXTSY
|-
| SCA 4||SCA
|-
| SCA 5||MSB
|-
| SCA 6||PKD
|-
| SCA 7||REJ
|-
| SCA 8||BSJN
|-
|}

===Vendor Information===
[[media:Amtek_xr100cr.pdf|XR-100CR Information Sheet]]

[[Category:MLL]]

Macro for sample motor corrections

2009-04-14T18:51:37Z

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def sxm_config (mne,type,unit,module,chan) ' {
if (type == "mot" )
return "sxm sym szm soxm stxm suxm"
}'

def sxm_calc(mne,mode) ' {
if (mode == 0 ) {
if (mne == th)
A[mne] =atan((A[suxm]-3.5)/41.326)*180/PI;
else if (mne == chi)
A[mne] =atan((A[stxm]-3.5)/41.326)*180/PI;
else if (mne == sx)
A[mne] = A[sxm]-(41.326+25.0)*sin(atan((A[suxm]-3.5)/41.326))-15.0*sin(atan((A[stxm]-3.5)/41.326));
else if (mne == sy)
A[mne] = A[sym]-13.0*sin(atan((A[stxm]-3.5)/41.326));
else if (mne == szc)
A[mne] = A[szm]+13.0*sin(atan((A[suxm]-3.5)/41.326));
}
else {
if (mne == sxm )
A[mne] = A[sx]+(41.326+25.0)*sin(A[th]*PI/180)+15.0*sin(A[chi]*PI/180);
else if (mne == sym )
A[mne] = A[sy]+13*sin(A[chi]*PI/180);
else if (mne == szm )
A[mne] = A[szc]-13.0*sin(A[th]*PI/180);
else if (mne == stxm )
A[mne] = 3.5+41.326*tan(A[chi]*PI/180);
else if (mne == suxm )
A[mne] = 3.5+41.326*tan(A[th]*PI/180);
}
}'

[[Category:MLL]]

Macro for vertical focusing motor corrections

2009-04-14T18:51:23Z

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The following macro resides on desprez.cnm.aps.anl.gov in the directory /home/user26id/spec/local_macros/vm.mac :

def vm_config (mne,type,unit,module,chan) ' {
if (type == "mot" )
return "vzm vyd vyu vrz vxm"
}'

def vm_calc(mne,mode) ' {
if (mode == 0 ) {
if (mne == vy)
A[mne] =A[vyd]*59.42/61+A[vyu]*1.58/61.0+(0.112+0.6-0.986+0.581-1.555)*atan((A[vyu]-A[vyd])/61.0)-(21.785-3.617+1.34-3.653+1.2506)*pow(atan((A[vyu]-A[vyd])/61.0),2)-(1.948-3.30)*atan(A[vrz]/59.55)-(48.83+0.898)*pow(atan(A[vrz]/59.55),2);
else if (mne == vth)
A[mne] = atan((A[vyu]-A[vyd])/61.0)*180/PI;
else if (mne == vchi)
A[mne] = atan(A[vrz]/59.55)*180/PI;
else if (mne == vz)
A[mne] = A[vzm]+((A[vyu]-A[vyd])/61.0)*38.6;
else if (mne == vx)
A[mne] = A[vxm];
} else {
if (mne == vyu )
A[mne] = A[vy]-(0.112+0.6-0.986+0.581-1.555)*A[vth]*PI/180+(21.785-3.617+1.34-3.653+1.2506)*pow(A[vth]*PI/180,2)+(1.948-3.30)*A[vchi]*PI/180+(48.83+0.898)*pow(A[vchi]*PI/180,2)+tan(A[vth]*PI/180)*59.42;
else if (mne == vyd )
A[mne] = A[vy]-(0.112+0.6-0.986+0.581-1.555)*A[vth]*PI/180+(21.785-3.617+1.34-3.653+1.2506)*pow(A[vth]*PI/180,2)+(1.948-3.30)*A[vchi]*PI/180+(48.83+0.898)*pow(A[vchi]*PI/180,2)-tan(A[vth]*PI/180)*1.58;
else if (mne == vzm )
A[mne] = A[vz]-tan(A[vth]*PI/180)*38.6;
else if (mne == vrz )
A[mne] = tan(A[vchi]*PI/180)*59.55;
else if (mne == vxm )
A[mne] = A[vx];
}

[[Category:MLL]]

Macro for horizontal focusing motor corrections

2009-04-14T18:51:09Z

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The following macro resides on desprez.cnm.aps.anl.gov in the directory /home/user26id/spec/local_macros/hm.mac :

def hm_config (mne,type,unit,module,chan) ' {
if (type == "mot" )
return "hzi hzo hxm"
}'

def hm_calc(mne,mode) ' {
if (mode == 0 ) {
if (mne == hx)
A[mne] = A[hxm]*cos(atan((A[hzi]-A[hzo])*0.5/39.96))+(24.5+1.27+0.01627)*sin(atan((A[hzi]-A[hzo])/(2*39.96)))-16.463*pow(atan((A[hzi]-A[hzo])*0.5/39.96),2);
else if (mne == hth)
A[mne] =atan((A[hzi]-A[hzo])/(2*39.96))*180/PI;
else if (mne == hz)
A[mne] =(24.5+1.27)*cos(atan((A[hzi]-A[hzo])/(2*39.96)))+(A[hzi]+A[hzo])/2-A[hxm]*sin(atan((A[hzi]-A[hzo])/(2*39.96)));
}
else {
if (mne == hzi )
A[mne] = A[hz]-(24.5+1.27)*cos(A[hth]*PI/180)+39.96*tan(A[hth]*PI/180)+(A[hx]+16.463*pow(A[hth]*PI/180,2)-(24.5+1.27+0.01627)*sin(A[hth]*PI/180))*tan(A[hth]*PI/180);
else if (mne == hzo )
A[mne] = A[hz]-(24.5+1.27)*cos(A[hth]*PI/180)-39.96*tan(A[hth]*PI/180)+(A[hx]+16.463*pow(A[hth]*PI/180,2)-(24.5+1.27+0.01627)*sin(A[hth]*PI/180))*tan(A[hth]*PI/180);
else if (mne == hxm )
A[mne] = (A[hx]+16.463*pow(A[hth]*PI/180,2))/cos(A[hth]*PI/180)-(24.5+0.75+0.52+0.01627)*tan(A[hth]*PI/180);

}
}'

[[Category:MLL]]

Sample stage

2009-04-14T18:50:53Z

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{| {{table}}
| align="center" style="background:#f0f0f0;"|'''motor'''
| align="center" style="background:#f0f0f0;"|'''description'''
| align="center" style="background:#f0f0f0;"|'''Controller'''
| align="center" style="background:#f0f0f0;"|'''high limit'''
| align="center" style="background:#f0f0f0;"|'''low limit'''
|-
|
|-
| '''SAMPLE'''||'''motors'''||||||
|-
| sxm||sample x motor||||||
|-
| sym||sample z motor||||||
|-
| szm||sample z motor||||||
|-
| spxm||sample piezo x motor||||||
|-
| spym||sample piezo y motor||||||
|-
| soxm||sample origin x motor (soym)||||||
|-
| stxm||sample top x motor (siym)||||||
|-
| suxm||sample upstream x motor (suym)||||||
|-
| ||||||||
|-
| '''SAMPLE macro motors'''||||||||
|-
| th||sample theta||||||
|-
| chi||sample chi||||||
|-
| phi||sample phi||||||
|-
| sx||sample x||||||
|-
| sy||sample y||||||
|-
| sz||sample z||||||
|}

[[Category:MLL]]

MLL motors

2009-04-14T18:50:36Z

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{| {{table}} style="text-align:center"
| align="center" style="background:#f0f0f0;"|'''motor'''
| align="center" style="background:#f0f0f0;"|'''description'''
| align="center" style="background:#f0f0f0;"|'''Controller'''
| align="center" style="background:#f0f0f0;"|'''high limit'''
| align="center" style="background:#f0f0f0;"|'''low limit'''
|-
|
|-
| '''MLL1'''||'''motors'''||||||
|-
| vxm||vertical focusing linear x||C-865-1||-8.0000||8.0000
|-
| vyu||vertical focusing linear y upstream||C-848-C||-5.1000||-0.9000
|-
| vyd||vertical focusing linear y downstream||C-848-B||-5.0000||-1.0000
|-
| vzm||vertical focusing linear z||C-848-A||-25.0000||0.0000
|-
| vrz||vertical focusing rotation around z||C-865-3||2.5000||-3.2500
|-
| ||||||||
|-
| '''MLL1'''||'''macro motors'''||||||
|-
| vchi||vertical focusing macro rotation chi||||3.0000||-3.0000
|-
| vth||vertical focusing macro rotation theta||||2.1000||-1.5100
|-
| vx||vertical focusing macro x||||8.0000||-8.0000
|-
| vy||vertical focusing macro y||||-2.0000||-4.0000
|-
| vz||vertical focusing macro z||||180.0000||-180.0000
|-
| ||||||||
|-
| ||||||||
|-
| '''MLL2'''||'''motors'''||||||
|-
| hx||horizontal focusing linear x||C-865-5||8.0000||-8.0000
|-
| hzi||horizontal focusing linear z inboard||C-865-2||-8.0000||8.0000
|-
| hzo||horizontal focusing linear z outboard||C-865-4||8.0000||-8.0000
|-
| ||||||||
|-
| '''MLL2'''||'''macro motors'''||||||
|-
| hth||horizontal focusing macro rotation theta||||||
|-
| hx||horizontal focusing macro x||||3.1000||-3.1000
|-
| hz||horizontal focusing macro z||||-0.0050||-1.0000
|-
| ||||||-3.1000||-8.0000
|}

[[Category:MLL]]

Connect the Bicron detector

2009-04-14T18:50:21Z

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*“Preamp” (RS232) on the back panel of the amplifier to the preamp port of the bicorn
*Signal from bicorn to input of amplifier
*Output of amplifier to SCA analyzer
*Output of SCA analyzer to voltage/frequency converter
*Voltage/frequency converter to the counter of VME

[[Category:MLL]]

Connect the filter box

2009-04-14T18:50:07Z

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*VME to “TTL” port on the backside panel of the controller
*RS232 port on the back panel of the controller to the filter box
*Operating gas pressure: 50-100 psi
[[Category:MLL]]

Start the MLL controlls

2009-04-14T18:49:25Z

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'''Start the MEDM windows:''' 
1. Login to computer ''Desprez'', which will host the MEDM and fourc sessions for the experiment. If desired, any other Linux machine can host the sessions as well. 
2. Type ''MLLmedm'' into a terminal window and press ''enter''. This command will open 3 motor screens and a scaler screen. 

'''Start ''fourc'':''' 
3. Type ''fourc'' into a terminal and press ''enter''.

[[Category:MLL]]

New Huber slits are not working

2009-04-14T18:16:53Z

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New slits have to be calibrated first.

'''Solution:''' 
1. Manually close slits to zero position 
2. In spec, run the command “mot_par(motor,”calibrate”). One can also use “help xiahsc” to find useful information in spec 
3. Type the unique serial numbers of the slits in the field 'generic parameters' of the spec configuration file
[[Category:MLL]]

Amtek fluorescence detector found but no counts in the control software

2009-04-14T18:16:43Z

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New configurations in the Amtek software take effect only after deactivating and activating the controller unit.

'''Solution:''' Switch power button off and on.
[[Category:MLL]]

Amptek fluorescence detector is not found by the control software

2009-04-14T18:16:31Z

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'''Solution''': The signal cable to the scaler (backside of the Amptek controller) has to be disconnected.
[[Category:MLL]]

Linux machine does not print

2009-04-14T18:16:20Z

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'''Solution:''' 
1. Type in terminal: ssh –l s26id localhost 
2. Password for s26id: ******* 
3. Type ''fixPrinter'' and press ''enter''. The macro resides in s26id/bin/fixPrinter 
4. If a password is asked again, it’s the same 
The printer should work now.

The macro uses the following comands: 
sudo cp /etc/cups/printers.conf.fix /etc/cups/printers.conf 
sudo /sbin/service cups restart
[[Category:MLL]]

Ion chamber reading is not correct

2009-04-14T18:16:09Z

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'''Possible reason:''' The polarity of the supplied bias (usually 1kV) has to be matched to that of the amplifier. Also one needs to make sure that the “on” button is pressed, so that settings take effect.
[[Category:MLL]]

Motors vyu and vyd are pinned

2009-04-14T18:15:59Z

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If the vyu or vyd motor reaches its hard limit it gets pinned.

'''Solution:''' 
1. In the EPICS motor screen: stop the motion 
2. Disable the torque, specify a position in range and then enable the torque

In some cases the software intervention does not allow to overcome the pinning. In those cases the motor must be moved by hand: 
1. Turn off the power of the controller. This is very important because otherwise the motor will be damaged. 
2. Manually turn the pinned motor back to the middle position. 

In order to avoid this problem soft-limits have to be carefully chosen.
[[Category:MLL]]

PI-M663 motors referencing timeout

2009-04-14T18:15:36Z

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Most likely there is already another ''fourc'' session running at the beamline. You must close other ''fourc'' sessions before the MLL ''fourc'' session can be used.
[[Category:MLL]]

Linux commands

2009-04-14T17:58:53Z

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{| {{table}}
| align="center" style="background:#f0f0f0;"|'''command'''
| align="center" style="background:#f0f0f0;"|'''description'''
|-
| ps -aux \more||List of running processes, including process id (PID)
|-
| kill ''PID#''||Kills process with the given process id
|-
| chmod ''#You#Group#All filename''||Alter access rights to files and directories. Example: chmod 777 ''filename''
|-
| ||7=full; 6=read&write; 5=read&execute; 4=read only; 3=write&execude; 2=write only; 1=execute only; 0=none
|-
| nedit||opens text editor
|}
[[Category:XMG]][[Category:Controls]]

Mirror system

2009-04-14T17:26:41Z

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===Alignment of the mirror system and WBS===

The mirror system allows selection of an energy range by use of different reflective stripes (Si, Cr, Pt), fine tuning of the energy range (and thereby high-harmonics rejection) by changing the grazing angle, and change of propagation angle of the reflected beam in the horizontal direction by change of the pitch of the second mirror.

The White Beam Slit (WBS) must always be set to limit the size of the incident beam and protect the mirror system from damaging heat load.

Open the [[media:Alignment_Nanoprobe_Mirror_4oct08.pdf|description of the alignment procedure.]]

[[Category:XMG]][[Category:Controls]][[Category:Beamline]]

Mirror System (26-ID-A)

2009-04-14T17:22:14Z

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The Nanoprobe Mirror System is positioned at 30 m from the source. It consists of two horizontally deflecting mirrors. M1a is horizontally focusing. M1b redirects the singly reflected beam back to the undulator axis.

The Mirror System allows change of grazing angle between 2 mrad and 6 mrad. The bender of M1a can be adjusted to focus the beam on the beam defining aperture 10 m downstream of the center of M1a (f = 7.5 m)

'''System description''' 
[[Media:Nanoprobe_MirrorSystem_SOW_fnl.pdf|Statement of Work for the Nanoprobe Mirror System]] 
[[Media:MirrorSystem_Radius_vs_theta_encoders_7nov08.pdf|Bending radius vs grazing angle]]
[[Category:XMG]][[Category:Controls]][[Category:Beamline]]

Beamline component description and relevant parameters

2009-04-14T17:18:40Z

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Focusing zone plates

2009-04-14T16:43:04Z

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[[ZP50-240-9]] 
[[ZP 24-133-3|ZP24-133-3]]
[[Category:XMG]][[Category:Fluorescence]][[Category:Diffraction]]

ZP 24-133-3

2009-04-14T16:39:24Z

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Purpose: High-resolution focusing 
Energy range: 8 - 12 keV 
Outermost zone width: drN = 24 nm 
Diameter: D = 133 um (matched to lateral coherence length at 10 keV) 
Material: Gold 
Thickness: 300 nm 

Spec sheet:

Parameters: [[media:Parameters_ZP24_D133_t330.pdf]]

Efficiency graph: [[media:Efficiency_Au_t_300_nm_8keV_12keV.jpg]]
[[Category:XMG]][[Category:Fluorescence]][[Category:Diffraction]]

ZP50-240-9

2009-04-14T16:30:16Z

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Purpose: Moderate resolution focusing; low divergence; high flux 
Energy range: 8 - 12 keV 
Outermost zone width: drN = 50 nm 
Diameter: D = 240 um 
Material: Gold 
Thickness: 900 nm 

Spec sheet: [[media:zp50_240_9_1263_3_1_APS_8feb2008.pdf]]

Parameters: [[media:Parameters_ZP50_D240_t900.pdf]]

Efficiency graph:
[[media:Efficiency_Au_t_900_nm_8keV_12keV.jpg]]
[[Category:XMG]][[Category:Fluorescence]][[Category:Diffraction]]

Fluorescence Standard Reference Material

2009-04-14T16:18:17Z

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Open a spec sheet of [[media:Fluorescence_Standard.pdf‎|NIST Standard 1832/1833.]] 
[[Category:XMG]][[Category:Fluorescence]]

Sector 26 beamline Computers

2009-04-14T15:50:37Z

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{| {{table}}
| align="center" style="background:#f0f0f0;"|'''IP Addr.'''
| align="center" style="background:#f0f0f0;"|''''''
| align="center" style="background:#f0f0f0;"|'''Name'''
| align="center" style="background:#f0f0f0;"|'''DHCP Range'''
| align="center" style="background:#f0f0f0;"|'''MAC Addr.'''
| align="center" style="background:#f0f0f0;"|'''Type'''
| align="center" style="background:#f0f0f0;"|'''OS'''
| align="center" style="background:#f0f0f0;"|'''Person'''
| align="center" style="background:#f0f0f0;"|'''CSI/Property #'''
| align="center" style="background:#f0f0f0;"|'''Serial #'''
| align="center" style="background:#f0f0f0;"|'''Other Name'''
| align="center" style="background:#f0f0f0;"|'''Other IP'''
| align="center" style="background:#f0f0f0;"|'''Use'''
| align="center" style="background:#f0f0f0;"|'''Location'''
|-
| 164.54.128.||1||swxor26||||||Cisco Catalyst 4503||||Paladino, Nickolas||||||swxor26-ospf,swxor26-144||164.54.20.24,144.14||Beamline Switch||26id NRR
|-
| 164.54.128.||2||s26pvgate||||||SV SF V120-M1650||||Sidorowicz, Kenneth V.||||||gateway437||164.54.1.137||Accelerator PVs||APS
|-
| 164.54.128.||3||s26dserv||Beamline||||SV SF V120-M1650||||Wallis, David||||||dserv437.xor||164.54.100.137||BCDA Server||APS
|-
| 164.54.128.||4||brahms||Beamline||00:17:f2:93:9a:f0||SV Mac Xserve 3.0QX||Mac OS X Server||East, Rodney||NA||||||||26id Server||CNM Comp. Room
|-
| 164.54.128.||5||mozart||Beamline||00:17:f2:93:6d:08||SV Mac Xserve 3.0QX||Mac OS X Server||East, Rodney||NA||||||||26id Server||CNM Comp. Room
|-
| 164.54.128.||6||||Beamline||||||||||||||||||||
|-
| 164.54.128.||7||||Beamline||||||||||||||||||||
|-
| 164.54.128.||8||||Beamline||||||||||||||||||||
|-
| 164.54.128.||9||flute||Beamline||||PR HP Color Laserjet 4500||||Tieman, Brian J.||CSI331887||||||||26id Printer||26id CR
|-
| 164.54.128.||10||ebrick3||Beamline||||Linux UIB-1A||||Gofron, Kazimierz||||||||||||
|-
| 164.54.128.||11||||Beamline||||||||||||||||||||
|-
| 164.54.128.||12||||Beamline||||||||||||||||||||
|-
| 164.54.128.||13||||Beamline||||||||||||||||||||
|-
| 164.54.128.||14||||Beamline||||||||||||||||||||
|-
| 164.54.128.||15||||Beamline||||||||||||||||||||
|-
| 164.54.128.||16||||Beamline||||||||||||||||||||
|-
| 164.54.128.||17||||Beamline||||||||||||||||||||
|-
| 164.54.128.||18||||Beamline||||||||||||||||||||
|-
| 164.54.128.||19||||Beamline||||||||||||||||||||
|-
| 164.54.128.||20||||Beamline||||||||||||||||||||
|-
| 164.54.128.||21||||Beamline||||||||||||||||||||
|-
| 164.54.128.||22||||Beamline||||||||||||||||||||
|-
| 164.54.128.||23||||Beamline||||||||||||||||||||
|-
| 164.54.128.||24||||Beamline||||||||||||||||||||
|-
| 164.54.128.||25||||Beamline||||||||||||||||||||
|-
| 164.54.128.||26||||Beamline||||||||||||||||||||
|-
| 164.54.128.||27||||Beamline||||||||||||||||||||
|-
| 164.54.128.||28||||Beamline||||||||||||||||||||
|-
| 164.54.128.||29||||Beamline||||||||||||||||||||
|-
| 164.54.128.||30||||Beamline||||||||||||||||||||
|-
| 164.54.128.||31||||Beamline||||||||||||||||||||
|-
| 164.54.128.||32||||Beamline||||||||||||||||||||
|-
| 164.54.128.||33||||Beamline||||||||||||||||||||
|-
| 164.54.128.||34||||Beamline||||||||||||||||||||
|-
| 164.54.128.||35||||Beamline||||||||||||||||||||
|-
| 164.54.128.||36||||Beamline||||||||||||||||||||
|-
| 164.54.128.||37||||Beamline||||||||||||||||||||
|-
| 164.54.128.||38||||Beamline||||||||||||||||||||
|-
| 164.54.128.||39||||Beamline||||||||||||||||||||
|-
| 164.54.128.||40||bingen26||Beamline||||WS B150-M1650 SUN||Sun OS ?||Roehrig, Christian||||||bingen8.xor||164.54.116.49||?||Sector 2
|-
| 164.54.128.||41||||Beamline||||||||||||||||||||
|-
| 164.54.128.||42||||Beamline||||||||||||||||||||
|-
| 164.54.128.||43||ioc26idamir||Beamline||00:06:D5:10:97:5D||IOC P3 Athena ebrick||Linux - Vector||Kline, David||||||||164.54.54.6||Mirror ebrick||26ida Roof
|-
| 164.54.128.||44||cosy26idbdcm/26idbdcm||Beamline||00:08:9b:68:99:4e||IOC Cosylab microIOC||Linux - Embedded||Holt, Martin V.||||||||||DCM EPICS||26idb Roof
|-
| 164.54.128.||45||cosycryo/cryo||Beamline||00:40:63:e1:66:f2||Oxford PC||Windows / Linux ||Holt, Martin V.||||||||||DCM Cryo||26idb Under Stairs
|-
| 164.54.128.||46||beethoven||Beamline||00:18:FE:26:FF:1A||WS 735 HP xw8400||Windows XP Pro||Porter, Rodney R.||||CZC6502FBS||beethoven1||1.1.0.46||Nanoprobe Instrument||26idc Xradia RR
|-
| 164.54.128.||47||gluck||Beamline||00:1a:4b:53:49:b5||WS 735 HP xw8400||Windows XP Pro||Porter, Rodney R.||P071186||2UA7150FG6||||||Fluorescence Detectors||to 26id CR RR
|-
| 164.54.128.||48||mahler||Beamline||00:1a:4b:53:09:dc||WS 735 HP xw8400||Windows XP Pro||Porter, Rodney R.||P071185||2UA7150FG7||||||Diffraction Detectors||to 26id CR RR
|-
| 164.54.128.||49||ravel||Beamline||00:1a:4b:53:f8:4b||WS 735 HP xw8400||Windows XP Pro||Porter, Rodney R.||P071187||2UA7150FG8||||||Frame Grabber ?||to 26id CR RR
|-
| 164.54.128.||50||||Beamline||||||||||||||||||||
|-
| 164.54.128.||51||||Beamline||||||||||||||||||||
|-
| 164.54.128.||52||||Beamline||||||||||||||||||||
|-
| 164.54.128.||53||||Beamline||||||||||||||||||||
|-
| 164.54.128.||54||||Beamline||||||||||||||||||||
|-
| 164.54.128.||55||||Beamline||||||||||||||||||||
|-
| 164.54.128.||56||||Beamline||||||||||||||||||||
|-
| 164.54.128.||57||||Beamline||||||||||||||||||||
|-
| 164.54.128.||58||||Beamline||||||||||||||||||||
|-
| 164.54.128.||59||||Beamline||||||||||||||||||||
|-
| 164.54.128.||60||dufay||Beamline||00:11:85:62:ef:c7||PC P4-2.8 GHz HP||Linux - Fedora 3||Holt, Martin V.||||||||||BCDA User Interface||to 26id CR RR
|-
| 164.54.128.||61||elfmann2/rachmaninoff||Beamline||00:16:cb:a9:2a:5d||PC P4-1.7 GHz Notebook||||Tieman, Brian J.||CSI331827||||elfmann||164.54.120.111||||
|-
| 164.54.128.||62||machaut||Beamline||00:08:02:86:a1:f7||PC P4-1.7 GHz HP||||Tieman, Brian J.||CSI327129||||||||?||Lab
|-
| 164.54.128.||63||cage||Beamline||00:30:65:90:45:bc||Mac G4||||East, Rodney||CSI322983||||||||?||Lab
|-
| 164.54.128.||64||aodpc74/asdmel1/stravinsky||Beamline||00:12:79:65:51:5c/00:16:cb:a9:21:4a||||||||||||||||||
|-
| 164.54.128.||65||desprez||Beamline||00:10:18:24:86:79||PC Core2 Duo 2.13 GHz HP||Linux - Fedora 4||Paladino, Nickolas||CSI333995||||desprez.aps||164.54.50.123||BCDA User Interface||to 26id CR RR
|-
| 164.54.128.||66||palestrina (sp)||Beamline||00:17:f2:d3:f8:db||iMac 24 - 2.33 GHz||Linux - Fedora 6||Porter, Rodney R.||CSI0334384||||||||Hutch A Monitor||26ida
|-
| 164.54.128.||67||monteverdi||Beamline||00:17:f2:cd:b3:74||iMac 24 - 2.33 GHz||Linux - Fedora 6||Porter, Rodney R.||CSI0334385||||||||Hutch B Monitor||26idb
|-
| 164.54.128.||68||haydn||Beamline||00:19:e3:f8:b5:d3||Mac Pro/3.0_8CX||||Porter, Rodney R.||P071196||||||||Data Analysis||to 26id CR RR
|-
| 164.54.128.||69||corelli||Beamline||00:17:f2:05:46:4a||Mac Pro/3.0QX||||Porter, Rodney R.||P071086||||||||Visualization||to 26id CR RR
|-
| 164.54.128.||70||bach||Beamline||00:17:f2:05:46:be||Mac Pro/3.0QX||||Porter, Rodney R.||P071087||||||||Visualization||to 26id CR RR
|-
| 164.54.128.||71||nanomotors||Beamline||00:0E:7F:6A:1D:09||PC P4-2.2 GHz||||Holt, Martin V.||CSI329877||||||||?||?
|-
| 164.54.128.||72||eis2013||Beamline||00:03:34:00:20:13||Network Temp Controller||||Holt, Martin V.||||||||||?||?
|-
| 164.54.128.||73||schoenberg||Beamline||00:17:f2:05:46:a0||Mac Pro/3.0QX||||Porter, Rodney R.||P071088||||||||Control||to 26id CR RR
|-
| 164.54.128.||74||wagner||Beamline||00:17:f2:05:46:dc||Mac Pro/3.0QX||||Porter, Rodney R.||P071089||||||||Control||to 26id CR RR
|-
| 164.54.128.||75||mussorgsky||Beamline||00:17:f2:07:5d:2e||Mac Pro/3.0QX||||Porter, Rodney R.||P071141||||||||Development||CNM A143
|-
| 164.54.128.||76||strauss||Beamline||00:15:17:19:2C:2E||PC Core2 Duo 2.13 GHz||Linux - RH Enterprise 5||Porter, Rodney R.||||||||||Mar CCD||to 26id CR RR ?
|-
| 164.54.128.||77||stockhausen||Beamline||00:19:D1:3D:E8:CD||PC P4-2.0 GHz||Windows XP Pro||Porter, Rodney R.||P0334879||||||||Microscope Control||26idc Anteroom
|-
| 164.54.128.||78||babbitt||Beamline||00:17:F2:CB:F6:38||iMac 24 2.33 GHz||Linux - Fedora 6/Mac OS X||Porter, Rodney R. ||CSI0334090||||||||MLL Experiment||Bldg. 440, B125
|-
| 164.54.128.||79||||Beamline||||||||||||||||||||
|-
| 164.54.128.||80||||Beamline||||||||||||||||||||
|-
| 164.54.128.||81||||Beamline||||||||||||||||||||
|-
| 164.54.128.||82||||Beamline||||||||||||||||||||
|-
| 164.54.128.||83||||Beamline||||||||||||||||||||
|-
| 164.54.128.||84||||Beamline||||||||||||||||||||
|-
| 164.54.128.||85||||Beamline||||||||||||||||||||
|-
| 164.54.128.||86||||Beamline||||||||||||||||||||
|-
| 164.54.128.||87||||Beamline||||||||||||||||||||
|-
| 164.54.128.||88||||Beamline||||||||||||||||||||
|-
| 164.54.128.||89||||Beamline||||||||||||||||||||
|-
| 164.54.128.||90||zircon1||Beamline||00:c0:4f:47:20:e4||PC 2.0 GHz Centrino Duo||||Sandy, Alec R.||||||zircon||164.54.116.50||?||?
|-
| 164.54.128.||91||||Beamline||||||||||||||||||||
|-
| 164.54.128.||92||||Beamline||||||||||||||||||||
|-
| 164.54.128.||93||||Beamline||||||||||||||||||||
|-
| 164.54.128.||94||||Beamline||||||||||||||||||||
|-
| 164.54.128.||95||||Beamline||||||||||||||||||||
|-
| 164.54.128.||96||||Beamline||||||||||||||||||||
|-
| 164.54.128.||97||||Beamline||||||||||||||||||||
|-
| 164.54.128.||98||||Beamline||||||||||||||||||||
|-
| 164.54.128.||99||||Beamline||||||||||||||||||||
|-
| 164.54.128.||100||ioc26idbdmm1||Beamline||||||||||||||||||||
|-
| 164.54.128.||101||axis1||Beamline||00:40:8c:6a:7c:d4||Video Viewstation||||Tieman, Brian J.||||||||||Video Server||Not Installed
|-
| 164.54.128.||102||axis2||Beamline||00:40:8c:6a:7c:98||Video Viewstation||||Tieman, Brian J.||||||||||Video Server||Not Installed
|-
| 164.54.128.||103||axis3||Beamline||00:40:8c:6a:4d:e1||Video Viewstation||||Tieman, Brian J.||||||||||Video Server||Not Installed
|-
| 164.54.128.||104||npbl-cnm-26idc/axis4||Beamline||08:00:46:7b:2e:fe||Camera Network Server Sony||||Winarski, Robert P.||||131616||||||?||Not Installed
|-
| 164.54.128.||105||cam26ida||Beamline||08:00:46:7b:2f:26||Camera Sony SNCRZ30N||||||||131654||||||Hutch A Camera||26ida
|-
| 164.54.128.||106||cam26idb||Beamline||08:00:46:7b:2f:00||Camera Sony SNCRZ30N||||||||131618||||||Hutch B Camera||26idb
|-
| 164.54.128.||107||clarinet||Beamline||08:00:46:7b:4f:f1||Camera Sony SNCRZ30N||||||||||||||Hutch C Camera||26idc
|-
| 164.54.128.||108||||Beamline||||||||||||||||||||
|-
| 164.54.128.||109||||Beamline||||||||||||||||||||
|-
| 164.54.128.||110||ctss26a (cts26idavac)||Beamline||||TS Cyclades-TS3000 16-Port||Linux - Embedded||Gofron, Kazimierz||||||||||Vacuum Monitoring||26ida Vac RR
|-
| 164.54.128.||111||ctss26a1/move from 230||Beamline||||||||||||||||||||
|-
| 164.54.128.||112||move from 150||Beamline||||||||||||||||||||
|-
| 164.54.128.||113||cts26idcmll||Beamline||00:60:2e:02:dd:fa||TS Cyclades-ACS16 16-Port||Linux - Embedded||Porter, Rodney R.||||||||||MultiLayer Laue Motor Control||Lab
|-
| 164.54.128.||114||||Beamline||||||||||||||||||||
|-
| 164.54.128.||115||||Beamline||||||||||||||||||||
|-
| 164.54.128.||116||||Beamline||||||||||||||||||||
|-
| 164.54.128.||117||||Beamline||||||||||||||||||||
|-
| 164.54.128.||118||||Beamline||||||||||||||||||||
|-
| 164.54.128.||119||||Beamline||||||||||||||||||||
|-
| 164.54.128.||120||||Beamline||||||||||||||||||||
|-
| 164.54.128.||121||||Beamline||||||||||||||||||||
|-
| 164.54.128.||122||||Beamline||||||||||||||||||||
|-
| 164.54.128.||123||||Beamline||||||||||||||||||||
|-
| 164.54.128.||124||||Beamline||||||||||||||||||||
|-
| 164.54.128.||125||||Beamline||||||||||||||||||||
|-
| 164.54.128.||126||ioc26idcdgs||Beamline||00:06:d5:10:96:f8 ||IOC P3 Athena ebrick||Linux - Vector||Kline, David||||||||164.54.53.39||Monitor Strain Gauges||Lab
|-
| 164.54.128.||127||||Beamline IOC||||||||||||||||||||
|-
| 164.54.128.||128||ioc26idc1||Beamline IOC||00:01:af:0c:b5:8d||IOC PPC MV5100||||Sullivan, Joseph P.||||||||||?||?
|-
| 164.54.128.||129||ioc26idbdcm||Beamline IOC||00:06:d5:10:97:5f||IOC P3 Athena ebrick||Linux - Vector||Kline, David||||||||164.54.52.7||DCM Control||26idb Roof
|-
| 164.54.128.||130||ioc26idcnes||Beamline IOC||||||||||||||||||||
|-
| 164.54.128.||131||cosy26idbdmm||Beamline IOC||00:08:9b:68:99:42||IOC Cosylab microIOC||Linux - Embedded||Holt, Martin V.||||||||||DMM Control||26idb Roof
|-
| 164.54.128.||132||ioc26idawbs/iocwbs01||Beamline IOC||00:06:D5:10:97:2D||IOC P3 Athena ebrick||Linux - Vector||Kline, David||||||||164.54.53.79||White Beam Slit Control||26ida WBS
|-
| 164.54.128.||133||iocpbs01||Beamline IOC||00:06:D5:10:96:F1||IOC P3 Athena ebrick||Linux - Vector||Kline, David||||||||164.54.53.77||Pink Beam Slit Control||26idb PBS
|-
| 164.54.128.||134||ioc26idabda||Beamline IOC||00:06:d5:10:98:f8||IOC P3 Athena ebrick||Linux - Vector||Kline, David||||||||164.54.52.23||BDA Control||26ida Roof
|-
| 164.54.128.||135||||Beamline IOC||||||||||||||||||||
|-
| 164.54.128.||136||||Beamline IOC||||||||||||||||||||
|-
| 164.54.128.||137||||Beamline IOC||||||||||||||||||||
|-
| 164.54.128.||138||||Beamline IOC||||||||||||||||||||
|-
| 164.54.128.||139||||Beamline IOC||||||||||||||||||||
|-
| 164.54.128.||140||||Beamline IOC||||||||||||||||||||
|-
| 164.54.128.||141||||Beamline IOC||||||||||||||||||||
|-
| 164.54.128.||142||||Beamline IOC||||||||||||||||||||
|-
| 164.54.128.||143||ioc26idbpbs||Beamline IOC||00:06:d5:10:98:b5||IOC P3 Athena ebrick||Linux - Vector||Kline, David||||||||164.54.53.152||Pink Beam Slit Control||Not Installed
|-
| 164.54.128.||144||ioc26idbdmm||Beamline IOC||00:06:d5:10:9a:24||IOC P3 Athena ebrick||Linux - Vector||Kline, David||||||||164.54.52.209||DMM Control||26idb Roof
|-
| 164.54.128.||145||ioc26idbchp||Beamline IOC||00:06:d5:10:96:f6||IOC P3 Athena ebrick||Linux - Vector||Kline, David||||||||164.54.52.6||Chopper Control||Lab
|-
| 164.54.128.||146||ioc26idbpol||Beamline IOC||00:06:d5:10:99:0b||IOC P3 Athena ebrick||Linux - Vector||Kline, David||||||||164.54.53.8||Polarizer Control||Lab
|-
| 164.54.128.||147||ioc26idcdet||Beamline IOC||||||||||||||||||||
|-
| 164.54.128.||148||||Beamline IOC||||||||||||||||||||
|-
| 164.54.128.||149||||Beamline IOC||||||||||||||||||||
|-
| 164.54.128.||150||ctss26c (cts26idcnet)||Beamline IOC||||TS Cyclades-TS3000 16-Port||Linux - Embedded||Gofron, Kazimierz||||||||||Additional serial monitoring||26id NRR
|-
| 164.54.128.||151||||Beamline IOC||||\"||||\"||||||||||||
|-
| 164.54.128.||152||||Beamline IOC||||\"||||\"||||||||||||
|-
| 164.54.128.||153||||Beamline IOC||||\"||||\"||||||||||||
|-
| 164.54.128.||154||||Beamline IOC||||||||||||||||||||
|-
| 164.54.128.||155||||Beamline IOC||||||||||||||||||||
|-
| 164.54.128.||156||||Beamline IOC||||||||||||||||||||
|-
| 164.54.128.||157||||Beamline IOC||||||||||||||||||||
|-
| 164.54.128.||158||||Beamline IOC||||||||||||||||||||
|-
| 164.54.128.||159||||Beamline IOC||||||||||||||||||||
|-
| 164.54.128.||160||||Beamline IOC||||||||||||||||||||
|-
| 164.54.128.||161||||Beamline IOC||||||||||||||||||||
|-
| 164.54.128.||162||||Beamline IOC||||||||||||||||||||
|-
| 164.54.128.||163||||Beamline IOC||||||||||||||||||||
|-
| 164.54.128.||164||||Beamline IOC||||||||||||||||||||
|-
| 164.54.128.||165||||Beamline IOC||||||||||||||||||||
|-
| 164.54.128.||166||||Beamline IOC||||||||||||||||||||
|-
| 164.54.128.||167||||Beamline IOC||||||||||||||||||||
|-
| 164.54.128.||168||||Beamline IOC||||||||||||||||||||
|-
| 164.54.128.||169||||Beamline IOC||||||||||||||||||||
|-
| 164.54.128.||170||||Beamline IOC||||||||||||||||||||
|-
| 164.54.128.||171||||Beamline IOC||||||||||||||||||||
|-
| 164.54.128.||172||||Beamline IOC||||||||||||||||||||
|-
| 164.54.128.||173||||Beamline IOC||||||||||||||||||||
|-
| 164.54.128.||174||||Beamline IOC||||||||||||||||||||
|-
| 164.54.128.||175||||Beamline IOC||||||||||||||||||||
|-
| 164.54.128.||176||||Beamline IOC||||||||||||||||||||
|-
| 164.54.128.||177||||Beamline IOC||||||||||||||||||||
|-
| 164.54.128.||178||||Beamline IOC||||||||||||||||||||
|-
| 164.54.128.||179||||Beamline IOC||||||||||||||||||||
|-
| 164.54.128.||180||||Beamline IOC||||||||||||||||||||
|-
| 164.54.128.||181||||Beamline IOC||||||||||||||||||||
|-
| 164.54.128.||182||||Beamline IOC||||||||||||||||||||
|-
| 164.54.128.||183||||Beamline IOC||||||||||||||||||||
|-
| 164.54.128.||184||||Beamline IOC||||||||||||||||||||
|-
| 164.54.128.||185||||Beamline IOC||||||||||||||||||||
|-
| 164.54.128.||186||||Beamline IOC||||||||||||||||||||
|-
| 164.54.128.||187||||Beamline IOC||||||||||||||||||||
|-
| 164.54.128.||188||||Beamline IOC||||||||||||||||||||
|-
| 164.54.128.||189||||Beamline IOC||||||||||||||||||||
|-
| 164.54.128.||190||||Beamline IOC||||||||||||||||||||
|-
| 164.54.128.||191||||Beamline IOC||||||||||||||||||||
|-
| 164.54.128.||192||||Beamline IOC||||||||||||||||||||
|-
| 164.54.128.||193||||Beamline IOC||||||||||||||||||||
|-
| 164.54.128.||194||||Beamline IOC||||||||||||||||||||
|-
| 164.54.128.||195||||Beamline IOC||||||||||||||||||||
|-
| 164.54.128.||196||||Beamline IOC||||||||||||||||||||
|-
| 164.54.128.||197||||Beamline IOC||||||||||||||||||||
|-
| 164.54.128.||198||||Beamline IOC||||||||||||||||||||
|-
| 164.54.128.||199||||Beamline IOC||||||||||||||||||||
|-
| 164.54.128.||200||||Beamline Temp||||||||||||||||||||
|-
| 164.54.128.||201||||Beamline Temp||||||||||||||||||||
|-
| 164.54.128.||202||||Beamline Temp||||||||||||||||||||
|-
| 164.54.128.||203||||Beamline Temp||||||||||||||||||||
|-
| 164.54.128.||204||||Beamline Temp||||||||||||||||||||
|-
| 164.54.128.||205||||Beamline Temp||||||||||||||||||||
|-
| 164.54.128.||206||||Beamline Temp||||||||||||||||||||
|-
| 164.54.128.||207||||Beamline Temp||||||||||||||||||||
|-
| 164.54.128.||208||||Beamline Temp||||||||||||||||||||
|-
| 164.54.128.||209||||Beamline Temp||||||||||||||||||||
|-
| 164.54.128.||210||||Beamline Temp||||||||||||||||||||
|-
| 164.54.128.||211||||Beamline Temp||||||||||||||||||||
|-
| 164.54.128.||212||||Beamline Temp||||||||||||||||||||
|-
| 164.54.128.||213||||Beamline Temp||||||||||||||||||||
|-
| 164.54.128.||214||||Beamline Temp||||||||||||||||||||
|-
| 164.54.128.||215||||Beamline Temp||||||||||||||||||||
|-
| 164.54.128.||216||||Beamline Temp||||||||||||||||||||
|-
| 164.54.128.||217||||Beamline Temp||||||||||||||||||||
|-
| 164.54.128.||218||||Beamline Temp||||||||||||||||||||
|-
| 164.54.128.||219||||Beamline Temp||||||||||||||||||||
|-
| 164.54.128.||220||||Beamline Temp||||||||||||||||||||
|-
| 164.54.128.||221||||Beamline Temp||||||||||||||||||||
|-
| 164.54.128.||222||||Beamline Temp||||||||||||||||||||
|-
| 164.54.128.||223||||Beamline Temp||||||||||||||||||||
|-
| 164.54.128.||224||||Beamline Temp||||||||||||||||||||
|-
| 164.54.128.||225||||Beamline Temp||||||||||||||||||||
|-
| 164.54.128.||226||||Beamline Temp||||||||||||||||||||
|-
| 164.54.128.||227||||Beamline Temp||||||||||||||||||||
|-
| 164.54.128.||228||||Beamline Temp||||||||||||||||||||
|-
| 164.54.128.||229||||Beamline Temp||||||||||||||||||||
|-
| 164.54.128.||230||ctss26b (cts26idbvac)||Beamline Temp||||TS Cyclades-TS3000 16-Port||Linux - Embedded||Gofron, Kazimierz||||||||||||
|-
| 164.54.128.||231||ctss26b1||Beamline Temp||||\"||||\"||||||||||||
|-
| 164.54.128.||232||ctss26b2||Beamline Temp||||\"||||\"||||||||||||
|-
| 164.54.128.||233||ctss26b3||Beamline Temp||||\"||||\"||||||||||||
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| 164.54.128.||236||ctss26b6||Beamline Temp||||\"||||\"||||||||||||
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| 164.54.128.||237||ctss26b7||Beamline Temp||||\"||||\"||||||||||||
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| 164.54.128.||238||ctss26b8||Beamline Temp||||\"||||\"||||||||||||
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| 164.54.128.||239||ctss26b9||Beamline Temp||||\"||||\"||||||||||||
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| 164.54.128.||240||ctss26b10||Beamline Temp||||\"||||\"||||||||||||
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| 164.54.128.||241||ctss26b11||Beamline Temp||||\"||||\"||||||||||||
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| 164.54.128.||243||ctss26b13||Beamline Temp||||\"||||\"||||||||||||
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| 164.54.128.||244||ctss26b14||Beamline Temp||||\"||||\"||||||||||||
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| 164.54.128.||255||||Beamline Temp||||||||||||||||||||
|-
| IP Addr.||||Name||DHCP Range||MAC Addr.||Type||OS||Person||CSI/Property #||Serial #||Other Name||Other IP||Use||Location
|-
| ||||mathews||CNM||00:17:F2:CB:EE:7F||iMac 24 2.33 GHz||Windows XP Pro/Mac OS X||Porter, Rodney R. ||CSI0334089||||||||User Web access||26id Control Room
|-
| ||||rusollo||CNM||00:17:F2:CB:EE:56||iMac 24 2.33 GHz||Windows XP Pro/Mac OS X||Porter, Rodney R. ||CSI0334091||||||||User Web access||26id Control Room
|}
[[Category:XMG]][[Category:Controls]]

Sample module (SM)

2009-04-14T15:20:56Z

Vrose:

Back to [[X-Ray Microscopy]] 

The sample module holds the specimen and can be translated in X, Y and Z. The sample holder
can be exchanged for different experiments (rotation stage for tomography, cryo holder, etc.). The nanoprobe instrument consists furthermore of the [[Focusing optics module (FOM)|focusing optics module]], the [[Condenser module (CM)|condenser module]], and the [[Imaging optics module (IOM)|imaging optics module]].

[[Category:XMG]][[Category:Fluorescence]][[Category:Diffraction]][[Category:Tomography]][[Category:Controls]]

Imaging optics module (IOM)

2009-04-14T15:20:39Z

Vrose:

Back to [[X-Ray Microscopy]]
[[Image:Phase rings.jpg|thumb|Zone plate and phase ring holder for full-field imaging mode]]
===Zone plate===
'''Objective in:''' 
Objective X =-1114.9 
Objective Y =-878.8 
Objective Z =803.3 
(RW 4/9/09)
===Phase rings===
The phase ring holder has space for three different phase rings to match the condenser
illumination at 8-10 keV.
{| {{table}} style="text-align:center"
| align="center" style="background:#f0f0f0;"|'''Position'''
| align="center" style="background:#f0f0f0;"|'''Phase Ring X'''
| align="center" style="background:#f0f0f0;"|'''Phase Ring Y'''
| align="center" style="background:#f0f0f0;"|'''Phase Ring Z'''
|-
|-
| 1|| - || - || - ||
|-
| 2|| - || - || - ||
|-
| 3|| - || - || - ||
|}

[[Image:Phase ring specs.jpg|500px]]

In order to use this module the [[Focusing optics module (FOM)|focusing optics module (FOM)]] has to be set to a ''through hole''. A condenser is aligned using the [[Condenser module (CM)|condenser Module (CM)]].

[[Category:XMG]][[Category:Fluorescence]][[Category:Diffraction]][[Category:Tomography]][[Category:Controls]]