While pressure increases you can’t type other commands While pressure increases you can type other commands Output: n bar which is the pressure in the membrane Input: n bar which is the pressure in the tank (same if pace2 is typed) To see the pressure ( P) of pace1 or pace2. Move the sample stage on the beam directionĭetector-sample distance, usually 180 mm for single crystal, 250 for powderĬontrol the omega rotation of the sample stageĬhange the power of the laser for ruby measurementĬontrol the pressure of the membrane (gate pace1)Ĭontrol the pressure of the membrane (gate pace2) Move the sample stage along the vertical direction Move the sample stage along the horizontal direction GAP for SC between 12 and 12.6, for powder between 7.05 and 7.21 Please note that there is little sense to create a grid with step lower than the size of the beam The point N5 will be in the centre (ceny=0, dacz=0) NB looking at the camera ceny is increasing from the right to the left dacz from the bottom to the top In this way the 9 measures will be collected accordingly to the following grid Take only one frame, from -1° to +1°, counting 1.5 seconds Gives the values, in ceny and dacz, of POS1.ĭisplays all the parameters of the last oscillationĬollect data: from -32° to +32 °, step 0.5°, counting 0.2 second/frame Save the position in which you are as POS1 (same for POS2, POS3) Gives all the info about the chosen motor Press any other key to exit.ĭisplay the position of the selected motor Move the selected motor of 0.1 mm in + or. Move the sample stage, relatively, of number millimetres Motors: dacz, ceny, IVU20c, pace1_axis, pace2_axis.Move the sample stage in the given ( number) position.Step: number of points taken for the scan.Motor: ceny for the horizontal pos// dacz vertical one.To go to the “beam” position: to collect X-ray data To go to the “camera” position: to measure pressure all the usual fixes have been applied.īasically, AiMesh2 doesn't help me, as the connections are too flakey to put up with in the current WFH environment.Open the bliss session to collect data/ make scans Obviously, I have tried many combinations of wireless settings, but I always use fixed channels, Universal beamforming off, etc. Basically, the same performance problems that existed in the original AiMesh1 carried over to the new, "improved" version.įYI, I get a perfectly stable connections on the wired devices connected to the remote "node" when it runs in Media Bridge mode (either FreshTomato firware or when running the current Asus 386 series RC2-9 Beta firmware). Regardless, I have found AiMesh2 a huge disappointment, as is seems no more stable than AiMesh1 in my environment: wireless link between routers, "Great" connection strength (about 50-52 RSSI), all seems well for a day or two, then I start noticing the sometimes brief, sometimes long (1-2 minutes), dropouts on devices that are wired or wirelessly connected to the node, up to several times a day. Interesting idea to use the roaming block list, but not sure it would help in my case, one AiMesh2 router (RT-AC86U) with one AiMesh2 node (RT-AC68P).
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