Search results for: germanium gamma detector

06 September 2022 Clover type high purity Germanium gamma detector To enable Florida State University to issue a purchase order and/or enter a contract with a Respondent to provide FSU’s Department of Physics a clover type high purity germanium gamma detector. 06 September 2022 Open 9/2/2022 12:00 AM EDT Type Invitation to Bid Close 9/13/2022 3:00 PM EDT Number ITB 6440-3 Currency US Dollar Sealed Until 9/13/2022 3:00 PM EDT 06 September 2022 Contacts Stephen J. Talevich sjt22d@fsu.edu 06 September 2022 Commodity Codes Commodity Code Description 26142300 Radiation shielding equip (741191) 26142400 Radioactive waste equip (741191) 32111700 Semiconductor De...

Food and Drug Administration (FDA), has a need to procure one (1 each) High-Purity Germanium (HPGe) Gamma Ray DetectorSee attached full combined synopsis/solicitation

COMBINED SYNOPSIS/SOLICITATION 1333ND23QNB640166Two Dewars with LN2 Recycling for High-purity Germanium Gamma-Ray DetectorsThis is a combined synopsis/solicitation for commercial items prepared in accordance with the format in FAR Subpart 12.6- Streamlined Procedures for Evaluation and Solicitation for Commercial Items, as supplemented with additional information included in this notice.

Added:Sep 04, 2019 12:36 pm The Contractor shall provide a quantity of two (2) liquid nitrogen (LN2) dewars, which include LN2 recycling, to maintain HPGe gamma-ray detectors at operational temperatures (77 K). The dewars shall be designed to be compatible with commercial high purity germanium gamma-ray detectors, equipped with dipsticks, without additional modifications of the dipsticks.

The digital electronics module(s) needs to be compatible with the high purity germanium (HPGe) detectors. The NIST gamma-ray spectrometry system has been using the Genie-2000 and GammaVision software for data acquisition. The digital electronics need to be compatible with one of these acquisition programs. The current system uses analog electronics to process the detector signal that goes into the data acquisition program.

(such as high-purity germanium detector-like data from much less expensive and simpler sodium iodide detectors).

To fulfill its mission, the Neutron Physics Group of the Radiation Physics Division utilizes two high purity germanium-crystal gamma-ray (HPGe) detectors for an Alpha-Gamma device, which is operated on a beam line at the NIST Center for Neutron Research. The two Ortec HPGe detectors have reached their end-of-life. Subsequently, NIST requires two replacement HPGe detectors.Note: Reference attachments for complete Combined Synopsis/Solicitation