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Category: bl2.2 blogs
Experimental Station
Experimental Station The primary advantage of the TRXAS end-station is its ability to record complete X-ray absorption spectra simultaneously and rapidly. This makes it an ideal tool for in-situ measurements to monitor structural and electronic changes in samples under various…
Facility & Equipment Availability
Facility & Equipment Availability SLRI provides researchers at the BL2.2 TRXAS endstation with advanced in-situ facilities Supported Systems Gas Handling Integrated mass flow controllers for diverse gas environments. In-situ Environmental Cell Environmental cells supporting temperatures up to 700 °C. Battery…
Proposal Submission to Beamline
Proposal Submission to Beamline This page provides an overview of the steps involved in preparing, submitting, and carrying out an experiment on BL2.2. Please explore the sub-sections for detailed guidance. If you have any questions or require additional information, you…
Beamline Operation
Beamline Operation Safety Guidelines for Operating BL2.2 IMPORTANT: Users must be aware of local restriction before using BL2.2 All users must strictly comply with the safety regulations and operational procedures of the Synchrotron Light Research Institute (SLRI). Operation of Beamline…
Publications
Research Highlights
News & Update Stay updated with the latest conferences, workshop announcements, system upgrades, and call-for-proposal schedules. Research Highlights Battery Study Lithium-extraction and insertion mechanisms in materials. Monitor dynamic phase transformations and metastable phase formation during charge-discharge cycles. Enhancing the Rate…
Beamline Staff
Beamline Staff Dr.Wanwisa Limphirat Head of X-ray Spectroscopy section Email: wanwisa@slri.or.th Tel: +66 44 217 040 ext 1480 Mr.Surachet Ratanasuporn Beamline Scientist II Email: surachet@slri.or.th Tel: +66 44 217 040 ext 1402 Mrs.Weeraya Wongtepa Beamline Scientist II Email: weeraya@slri.or.th Tel:…
Beamline Layout & Specification
Time-resolved XAS Beamline Technology The TRXAS beamline (BL2.2) employs an energy-dispersive monochromator (EDM) based on a bent Si(111) crystal, which horizontally focuses the polychromatic X-ray beam to a focal spot of approximately 1 mm at the sample position. This energy-dispersive…