📣Fibre Optics are becoming increasingly important in the space and nuclear industries. Their sensitivity to radiation varies based on their use (wavelenght, environment, etc..) and composition. 🛰️Based on our experience, we have recently equipped ourselves to test and characterize optical fibers in radiative environment. 📈Thanks to our optical sources, spectrometers and power meters, we are able to study on-line radiation-induced attenuation (RIA), from 250nm to 2500nm. Depending on your requirements, we can carry out spectral or single-wavelength measurements, as well as testing the radiation resistance of your fibers at various temperatures (from -40°C to 120°C, for example). After irradiation, a recovery often occurs on optical fibers and the losses can sometimes anneal of more than 30%. Off-line radiation tests with optical characterization of your fiber pre- and post-irradiation therefor underestimate the radiation-induced losses. On-line make it possible to study the real impact of radiations on optical fibers without losing any information. we can help you define and carry out tests on your optical fibers and fibre optic devices. Let's get in touch !
TRAD, Tests & Radiations’ Post
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Radiation shielding walls in nuclear research facilities like accelerators or medical institutes especially radiation therapy, have often to be penetrated for cabling and pipe routing. These penetrations might be located in areas where maximum shielding has to be ensured. Framatome Flexible Radiation Plugging - Flex Rad Plug is a groundbreaking technology ensures full shielding efficiency for wall penetrations, crucial for radiation protection. With the Flex Rad Plug, you can expect 40% cost reduction, minimized pre-work, and faster installation times. The plug's versatility allows it to adapt to any penetration shape and size, accommodating various cables and pipes. Today, more than 650 successful implementations, all approved by safety authorities. Learn more: https://lnkd.in/erNjSWVs #NuclearMedecine #NuclearResearch #NuclearShielding #Framatome
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Radiation shielding walls in nuclear research facilities like accelerators or medical institutes especially radiation therapy, have often to be penetrated for cabling and pipe routing. These penetrations might be located in areas where maximum shielding has to be ensured. Framatome Flexible Radiation Plugging - Flex Rad Plug is a groundbreaking technology ensures full shielding efficiency for wall penetrations, crucial for radiation protection. With the Flex Rad Plug, you can expect 40% cost reduction, minimized pre-work, and faster installation times. The plug's versatility allows it to adapt to any penetration shape and size, accommodating various cables and pipes. Today, more than 650 successful implementations, all approved by safety authorities. Learn more: https://lnkd.in/dy33qmUh #NuclearMedecine #NuclearResearch #NuclearShielding #Framatome
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Radiation shielding walls in nuclear research facilities like accelerators or medical institutes especially radiation therapy, have often to be penetrated for cabling and pipe routing. These penetrations might be located in areas where maximum shielding has to be ensured. Framatome Flexible Radiation Plugging - Flex Rad Plug is a groundbreaking technology ensures full shielding efficiency for wall penetrations, crucial for radiation protection. With the Flex Rad Plug, you can expect 40% cost reduction, minimized pre-work, and faster installation times. The plug's versatility allows it to adapt to any penetration shape and size, accommodating various cables and pipes. Today, more than 650 successful implementations, all approved by safety authorities. Learn more: https://lnkd.in/ejdcCnxD #NuclearMedecine #NuclearResearch #NuclearShielding #Framatome
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Military Officer with Passion in Homeland Security. Counter-Terrorism Specialist in Protective Security, TSCM and CBRNe. Security Consultant in training with blast migration.
The End of an Era - 18 years of the DMC 2000 The blog post titled "The End of an Era: 18 Years of the DMC-2000" discusses the discontinuation of Mirion Technologies' DMC-2000 dose rate monitor after its successful run of 18 years since 1998. The DMC-2000 was a popular and reliable device used in the nuclear industry for monitoring radiation levels. The post highlights the features and benefits of the DMC-2000, such as its ability to accurately measure gamma and neutron radiation, as well as its user-friendly interface. Mirion Technologies expresses gratitude to its customers and explains that the discontinuation is a result of advancements in technology, leading to the development of newer and more advanced models (DMC-3000). Most importantly, I would like to add that DMC-2000 has been a stable and reliable product for nearly two decades, with some of the units from those first few years still in active service at various sites. There were a few DMC 2000s being used at a research station in Antarctica, putting the DMC 2000 in service on all seven continents, and giving it a truly global legacy. Attestation to Mirion's product in reliability and durability. Don’t just look at price alone. Mirion is a global leader and trusted brand in the field of radiation detection and measurement equipment. They have been providing reliable and durable equipment to various industries for many years. Mirion's products are extensively tested and certified to ensure their accuracy and reliability in detecting and measuring radiation levels. The company has a strong reputation for delivering high-quality and durable equipment that meets the stringent requirements of their customers. Whether it is in nuclear power plants, medical facilities, or other industries that deal with radiation, Mirion's equipment is trusted and relied upon for its reliability and durability. We are their regional distributor and calibration centre for ASEAN. Sebastian@ndt-instruments.com #mirion #dmc3000 #radiationsafety
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https://zurl.co/8rxC - High detection sensitivity, especially for environmental radioactivity monitoring to detect traces of nuclear radiation and electromagnetic radiation 🇺🇸 | https://zurl.co/QjzF 🇬🇧
GM Geiger Counter Tube Nuclear Radiation Detector X-Ray β γ Dosimeter Monitor
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https://zurl.co/8rxC - High detection sensitivity, especially for environmental radioactivity monitoring to detect traces of nuclear radiation and electromagnetic radiation 🇺🇸 | https://zurl.co/QjzF 🇬🇧
GM Geiger Counter Tube Nuclear Radiation Detector X-Ray β γ Dosimeter Monitor
ebay.com
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https://zurl.co/8rxC - High detection sensitivity, especially for environmental radioactivity monitoring to detect traces of nuclear radiation and electromagnetic radiation 🇺🇸 | https://zurl.co/QjzF 🇬🇧
GM Geiger Counter Tube Nuclear Radiation Detector X-Ray β γ Dosimeter Monitor
ebay.com
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https://zurl.co/8rxC - High detection sensitivity, especially for environmental radioactivity monitoring to detect traces of nuclear radiation and electromagnetic radiation 🇺🇸 | https://zurl.co/QjzF 🇬🇧
GM Geiger Counter Tube Nuclear Radiation Detector X-Ray β γ Dosimeter Monitor
ebay.com
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https://zurl.co/8rxC - High detection sensitivity, especially for environmental radioactivity monitoring to detect traces of nuclear radiation and electromagnetic radiation 🇺🇸 | https://zurl.co/QjzF 🇬🇧
GM Geiger Counter Tube Nuclear Radiation Detector X-Ray β γ Dosimeter Monitor
ebay.com
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Endoscope systems for nuclear monitoring. In the nuclear industry - endoscopes are a tool commonly use to help optically monitor radioactive processes. In such applications long term resistance of the endoscope to radiation is critical. To improve the safety of monitoring a glass vitrification process at a UK radioactive waste reprocessing plant, Resolve Optics recently developed and supplied an Infrared (IR) endoscope optimised to operate with a thermal camera. Operating at 7-14 microns, the prime function of the IR endoscope was to provide the desired field of view to monitor the vitrification cell and to transfer the image to a bolometer based thermal camera. Learn more: https://lnkd.in/eRRAdZyF #endoscopes #optical #nuclearmonitoring #improvedsafety #radiationresistance #robust #hightemperature #ResolveOptics
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