גלאי סינטילציה ניוטרון – Scintillation neutron detector

גלאי סינטילציה ניוטרון – Scintillation neutron detector

גלאי סינטילציה ניוטרון - Scintillation neutron detector
גלאי סינטילציה ניוטרון – Scintillation neutron detector

גלאי סינטילציה ניוטרון. אנו משווקים בישראל גלאים שונים וסינטילטורים וביניהם גם גלאי סינטילציה ניוטרון. לקוחות שונים בארץ כבר רוכשים את הגלאים הללו. גלאי ניוטרונים הוא בעצם סינטילטור המבחין בניוטרונים הנעים לעבר הגלאי

להלן מאפיינים לדוגמא של גלאי סינטילציה ניוטרון

NEUTRON DETECTOR
3He-based neutron detectors alternative
Innovative Li-based neutron scintillator
Pulse – height gama / neutron discrimination
NIM compatible

detector including li-based neutron scintillator 2″ pmt voltage divider shv hv socket bnc for energy output.

אנו משווקים גם את הגלאים הבאים בישראל

X-RAY DETECTOR (XR-DETECTOR) – For X-ray counting and spectroscopy
GAMMA DETECTOR (LGD-DETECTOR) – For gamma-ray counting and spectroscopy
HIGH TEMPERATURE DETECTOR (HT-DETECTOR) – For gamma-ray counting and spectroscopy

אתם מוזמנים ליצור עמנו קשר לגבי כל גלאי אותו אתם מחפשים ואנחנו נשמח לספק לכם מידע נוסף, ייעוץ והצעת מחיר חינם

התקשרו עכשיו

נשמח לשוחח עמכם

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Scintillation neutron detector
We market various detectors and scintillators in Israel, including neutron scintillation detectors. Various customers in the country are already purchasing these detectors. A neutron detector is basically a scintillator that detects neutrons moving toward the detector

The following are specifications for example of a scintillation neutron detector

NEUTRON DETECTOR
3He-based neutron detectors alternative
Innovative Li-based neutron scintillator
Pulse – height gama / neutron discrimination
NIM compatible

detector including li-based neutron scintillator 2 ″ pmt voltage divider shv hv socket bnc for energy output.

We also market the following detectors in Israel

X-RAY DETECTOR (XR-DETECTOR) – For X-ray counting and spectroscopy
GAMMA DETECTOR (LGD-DETECTOR) – For gamma-ray counting and spectroscopy
HIGH TEMPERATURE DETECTOR (HT-DETECTOR) – For gamma-ray counting and spectroscopy

Feel free to contact us about any detector you are looking for and we will be happy to provide you with more information, advice and a free quote.

Call now

We will be happy to talk to you

Here are 10 similar or competing products that are in high demand today, driven by the need for advanced radiation detection in fields like security, nuclear energy, and scientific research:

  1. Helium-3 (3He) Gas Proportional Counters: For decades, these have been the “gold standard” for thermal neutron detection due to their high efficiency and excellent gamma-ray discrimination. Despite a limited global supply, they are still in high demand for critical applications where their performance is unmatched.
  2. Boron Trifluoride (BF3​) Gas Proportional Counters: As an alternative to 3He detectors, BF3​ counters use boron-10, which has a very high neutron capture cross-section. They are a common choice for neutron monitoring in a variety of settings.
  3. Solid-State Detectors with Neutron Converters: This modern approach couples a semiconductor detector (often silicon) with a neutron-reactive film, such as lithium-6 (6LiF) or boron-10 ($^{10}$B). This creates a compact, rugged, and reliable detector that is in high demand for portable devices.
  4. Lithium-6 (6Li) Glass Scintillators: These solid-state scintillators contain enriched 6Li, which is highly effective at capturing thermal neutrons. They are often coupled with modern photodetectors like Silicon Photomultipliers (SiPMs) for compact, high-performance systems.
  5. CLYC (Cs$_2LiYCl_6$:Ce) Detectors: These innovative detectors are gaining popularity because they can detect both neutrons and gamma rays simultaneously with excellent energy resolution and discrimination. This dual-mode capability is highly sought after for security and special nuclear materials detection.
  6. Fission Chambers: These are gas-filled detectors with internal surfaces coated with fissile material like uranium-235 ($^{235}$U). They are extremely reliable and in high demand for monitoring neutron flux in the harsh environment of a nuclear reactor.
  7. Neutron Dosimeters: These are small, personal devices used to measure an individual’s exposure to neutron radiation. They are essential for personnel working in nuclear facilities, research labs, and other environments where neutron fields are present.
  8. Proton Recoil Detectors: These detectors use a hydrogen-rich material to create a proton that recoils when a fast neutron hits it. They are in demand for detecting fast neutrons, which are less likely to interact with the materials used in thermal neutron detectors.
  9. Diamond Detectors: Made from synthetic diamond, these detectors are extremely fast and radiation-hard, making them a good choice for measuring pulsed neutron fields, such as those found around particle accelerators.
  10. Activation Detectors: This is a passive detection method where a material becomes radioactive after being exposed to neutrons. By measuring the subsequent decay, the neutron fluence can be calculated. These are simple, reliable, and in demand for long-term monitoring.

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