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General| Type | X-ray Diffractometer |
|---|---|
| Software | SmartLab Studio II |
| X-ray Source | Rotating anode |
| Detector | Scintillation counter, hybrid pixel detector |
| Goniometer radius | 300 mm |
| X-ray generator | 3 kW |
| Optical configurations | parallel beam, focusing beam |
| Applications | Powder diffraction, thin film analysis, small angle X-ray scattering (SAXS), X-ray reflectivity (XRR) |
| Goniometer | Vertical goniometer |
Describes the precision goniometer for sample positioning and movement control.
Explains the high-intensity rotating anode and sealed tube X-ray generators used.
Covers the optical system for switching between divergent, parallel, and convergent beams.
Explains automatic adjustment mechanisms for monochromators and analyzers.
Describes systems for analyzing diffracted beams, including double-slit and parallel-slit analyzers.
Details mechanisms for conditioning the incident X-ray beam.
Introduces the primary software for controlling the system and performing measurements.
Details the parts and function of the goniometer assembly.
Describes the rotating anode and sealed tube X-ray sources.
Describes the SmartLab Guidance software for system operation.
Step-by-step instructions for powering on the SmartLab system.
Guides on launching and logging into the SmartLab Guidance software.
Details the procedure for starting the measurement sequence.
Provides instructions for properly shutting down the SmartLab system.
Explains how to completely power off the SmartLab system.
Steps to safely open the radiation enclosure door.
Steps to safely close the radiation enclosure door.
Explains the function and use of the emergency stop button.
Details the components for conditioning the incident X-ray beam.
Explains the function and types of detectors for X-ray measurement.
Describes the 1D detector for high-speed X-ray intensity detection.
Details the PILATUS hybrid 2D detector.
Steps to prepare the system before starting measurements.
Procedure for configuring the system's hardware components.
Guides on choosing pre-defined measurement protocols.
Maintenance tasks for optical components like mirrors and attenuators.
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