RSXS.md

@@ -7,7 +7,7 @@ ___
 - [energy](#Energy)
 - [diffractometer](#diffractometer)
 - [motor scans](#motor-scans)
-- [srs setup](#srs-setup)
+- [srs setup](#SRS-setup)
 - [mcp](#mcp)
 - [vortex](#vortex)
 - [analysis](#analysis)
@@ -22,6 +22,7 @@ ___
 | Name | Description | Ang. acceptance<br>HxV (deg) | Offset | Max tth | Det Num | Norm Det Num (d/I<sub>0</sub>) |
 |:----:|:-------------:|:----------------------------:|:-----------:|:-------:|:-------:|:-------:|
 | mesh (I<sub>0</sub>)|   Au mesh |    1 cm<sup>2</sup>                            |            n/a           	|     n/a   |    D31  	|n/a|
+| tey   |   drain current |    n/a       |       n/a   	|     n/a   |    D32  	|D36|
 |  d4  	|   small diode  |           0.25 x 2.5            |      0  	|   151   	|  D34   	| D38  	|
 |  d3  	|  big diode  	 |            2.5 x 2.5            |    24	|   175   	|   D33   	| D37 	|
 |  mcp 	|   area det  	 |          diameter = 6           |    13 	|   165   	|  D35   	| D39 	|
@@ -98,19 +99,24 @@ dscanx(-500,500,50)    # relative scan (start,stop,step)
 scanth2th()            # absolute th2th scan
 dscanth2th()           # relative th2th scan
 
+#### hkl scan: 
 hkl1=[0,0,1.9]
 hkl2=[0,0,2.1]
-scanhkl(hkl1,hkl2,50,1)
-scanhkl_E(StartStopStepLists,hkl,scan_ID,acq_time=1)
+scanhkl(hkl1,hkl2,50,1)  
 
-Clear_Scan_Positioners('Kappa')       # remove extra positioner (eg after th2th or hkl scan)
+#### fix Q scan: 
+hkl=[0.5,0,0]
+E_Ti=[[445,455,0.5],[455,468,0.1],[468,475,0.5],[475,480,1]]
+scanhkl_E(E_Ti,hkl,scan_ID=True,acq_time=1)
+
+Clear_Scan_Positioners('Kappa')       # remove extra positioners (eg after th2th or hkl scan)
 ```
 
 
 
 <br>
 
-## srs setup
+## SRS setup
 
 With shutter close or slit at 0 (faster), 'INPUT OFFSET' set 'ON' and 'UNCAL'
 - make sure the count goes down (not up) when closing the shutter! If the count goes up without beam, change the INVERT ON/OFF - as of 2021_2 all of our SRSs are INVERT ON (D3/D4/TEY/mesh)