Established technology for the development of double-sided readout NaI(Tl) with full mirror polishing treatment! A case study of radiation arrival measurement at Kobe Tokiwa University measurement technology.
At Kobe University of Commerce, research is underway to develop measurement techniques that utilize the direction of radiation to remove background noise and improve measurement sensitivity. We would like to introduce a case in which we received a request in 2023 for the development of a high-precision scintillator to be used in these measurements. Preliminary research conducted at the university required special structures, including double-sided light readout and full mirror finishing. To meet these requirements, we conducted structural design and prototype testing, identifying suitable conditions for crystallization, processing, and sealing. We established high-quality manufacturing and processing know-how to respond to these special requirements and delivered the finished product in July 2024. [Implemented Design and Processing Technologies] ■ Full mirror finish ■ Double-sided readout ■ Selection of reflective materials *For more details, please download the PDF or feel free to contact us.
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【Features of the Dual-Sided Reading NaI(Tl) Scintillator】 ■ Responds to a wide range of needs in the field of radiation measurement technology development ■ Achieves high precision through various surface treatment technologies ■ Accommodates small-lot production of various types *For more details, please download the PDF or feel free to contact us.
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I.S.C.Lab. Co., Ltd. is a venture company that develops and manufactures sodium iodide crystals and cesium iodide crystals, which are key components of radiation detectors. The large cesium iodide crystals currently under development are being applied in radiation measurement devices for use in food and other areas. Additionally, the technology for ultra-purification and scaling up of sodium iodide crystals that our company is developing is expected to be applied in the detection of cosmic dark matter, which has previously been considered impossible to detect.