Procurement Summary
Country: Canada
Summary: High-Resolution Powder x-Ray Diffractometer
Deadline: 02 Oct 2025
Other Information
Notice Type: Tender
TOT Ref.No.: 125348999
Document Ref. No.: TM 08-25-1075
Financier: Self Financed
Purchaser Ownership: Public
Tender Value: Refer Document
Purchaser's Detail
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McMaster University requires a high-resolution powder x-ray diffractometer for materials characterization, phase identification, and structure determination of novel quantum materials. This diffractometer should be optimized for powder diffraction measurements in Bragg-Brentano geometry using Cu K-alpha1 radiation. It should also include a Johansson-type monochromator to remove K-alpha2 and K-beta radiation from the incident x-ray beam. This diffractometer will be used to investigate how the structure of quantum materials evolves as a function of temperature. As a result, it must be compatible with both low temperature and high temperature sample environments (e.g. Oxford Phenix Cryostat, Anton Paar HTK 2000 high-temperature chamber or equivalent). This equipment is required as part of the CFI Innovation Fund project "Frontiers of Quantum Materials and Circuits" awarded in 2023. Proposals should include a complete high-resolution powder x-ray diffractometer system, with diffractometer, Cu tube source, monochromator, filters, motorized slits, sample stage/spinner, sample holders, linear 1D position-sensitive detector, control computer, and software required for operation and analysis. As noted above, this diffractometer should: (a) be optimized for powder diffraction measurements in Bragg-Brentano geometry with Cu K-alpha1 radiation, (b) include a Johansson-type monochromator to remove K-alpha2 and K-beta radiation from the incident x-ray beam, and (c) be compatible with both ...
Solicitation Type : RFP - Request for Proposal (Formal)
Reference Number : 0000301565
Location : Canada, Ontario, Hamilton-Niagara Peninsula
Delivery Point : McMaster University Campus
Purchase Type : One Time Only- Delivery Date:2025/11/01
Description : McMaster University requires a high-resolution powder x-ray diffractometer for materials characterization, phase identification, and structure determination of novel quantum materials. This diffractometer should be optimized for powder diffraction measurements in Bragg-Brentano geometry using Cu K-alpha1 radiation. It should also include a Johansson-type monochromator to remove K-alpha2 and K-beta radiation from the incident x-ray beam. This diffractometer will be used to investigate how the structure of quantum materials evolves as a function of temperature. As a result, it must be compatible with both low temperature and high temperature sample environments (e.g. Oxford Phenix Cryostat, Anton Paar HTK 2000 high-temperature chamber or equivalent). This equipment is required as part of the CFI Innovation Fund project "Frontiers of Quantum Materials and Circuits" awarded in 2023. Proposals should include a complete high-resolution powder x-ray diffractometer system, with diffractometer, Cu tube source, monochromator, filters, motorized slits, sample stage/spinner, sample holders, linear 1D position-sensitive detector, control computer, and software required for operation and analysis. As noted above, thi...
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