- BRUKER EPR MANUAL INSTALL
- BRUKER EPR MANUAL DRIVERS
- BRUKER EPR MANUAL MANUAL
- BRUKER EPR MANUAL FULL
- BRUKER EPR MANUAL SERIES
Therefore includes logging capabilities to track the progress of jobs and notify the userĪll CustomXepr methods release logging messages during their execution which may have the Program got stuck asking the user if it should really override a data file. Measurement cycle, only to see that the helium dewar was emptied a day ago or that the Otherwise the user may come back after two days expecting a completed The detection and escalation of possible problems is key to enabling unattended
BRUKER EPR MANUAL MANUAL
More information regarding the manual scheduling of experiments can be found get() # blocks until result is available > print( result) The queued_exec decorator from customxepr.manager: Related or unrelated to the EPR setup and its ancillary equipment. In addition, the queuing system can be used to manually schedule any user-specified jobs, Upon user request without leaving the setup in an inconsistent state. If the returned object has save and plot methods implemented, oneĬan right-click on its entry in the GUI to plot the data or save it to the hard drive.ĬustomXepr functions that are expected to run for longer than 1 sec can gracefully abort Any data returned by a job, such as a transferĬurve or a cavity mode picture, will be kept in a result queue and saved to a specifiedįile if requested. Successful completion of the previous jobs. Such built in jobs are not performed immediately but are queued and run after the Temperature stability during the measurement. Measurement "powersat" while tuning the cavity between scans and monitoring the nExperiment(powersat) will run the preconfigured EPR If necessary and warns the user if the target temperature cannot be reached within theĮxpected time. With the desired stability (default: ☐.1 K for 120 sec). Its temperature set-point to 110 K and waits until the latter is reached and maintained For instance, tTemperature(110) tells the MercuryiTC to change Job-schedulingĬustomXepr's core consists of functions for preconfigured tasks, such as changing theĬryostat temperature, recording a transfer curve, performing a preconfigured EPR Tuning the cavity and reading a Q-factor, all jobs must be scheduled programmatically Stability tolerances can be performed through the interface itself. Common tasks such as pausing,Īborting and clearing jobs, plotting and saving returned data, and setting temperature Returned from previous jobs, and all logging messages. To start the CustomXepr GUI from a console / terminal, run customxepr.ĬustomXepr has a user interface which displays all jobs waiting in the queue, all results > from customxepr import run_gui > run_gui()
BRUKER EPR MANUAL INSTALL
Then install CustomXepr by running in a terminal: Make sure that you have PyQt or PySide installed on your system (all other dependencies Is provided in the API documentation for the The pulse sequences used to acquire the data, as saved in the DSC file. TheĬ class enables loading, plotting, modifying and saving suchĭata files from regular, 2D or pulsed experiements. Low level functionality and communication with theįinally, CustomXepr fully supports Bruker BES3T data files (DSC, DTA, etc). Re-tune the cavity during long-running measurements, logging of the cryostat temperatureĭuring measurements, and many more. Q-value from its frequency response, more reliable tuning of the cavity, the ability to Instance powerful logging capabilities, a more accurate determination of the cavity's Second, itĬomplements the functionality of Bruker's Xepr control software.
BRUKER EPR MANUAL FULL
Schedule full measurement plans which may run for weeks without user input. The aim of CustomXepr is twofold: First and foremost, it enables the user to automate and Packages), CustomXepr's main class which provides higher level functions that oftenĬombine functionality from multiple instruments, and a manager which handles the
BRUKER EPR MANUAL DRIVERS
Suite is structured into drivers and user interfaces for individual instruments (external
BRUKER EPR MANUAL SERIES
Through Bruker's Xepr Python API, the Oxford Instruments MercuryiTC temperatureĬontroller, and the Keithley 2600 series of source measurement units (SMUs). Keithley 2600 and MercuryiTC instruments.ĬustomXepr for Linux and macOS enables the interaction with all instruments involved inįield induced electron spin resonance (FI-EPR) measurements: the Bruker E500 spectrometer, Mercurygui for functionality regarding the Mercuryitc and the respective user interfaces Relies on the python drivers keithley2600 and Temperature controllers and Keithley 2600 series source measurement units. CustomXeprĪ Python instrument controller and GUI for Bruker E500 EPR spectrometers, MercuryiTC Releases only support Python 3.6 and higher. Warning: Version 2.3.3 is the last release that supports Python 2.7.
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