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nai tl scintillation crystal
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100 mm×100 mm×400 mm NaI(Tl) Crystal Detector.
100 mm×100 mm×400 mm NaI(Tl) Crystal Detector | Large Volume Scintillation for High-Efficiency Spectroscopy Complete 100 mm×100 mm×400 mm NaI(Tl) crystal detector assembly. Exceptionally high detection volume for maximum sensitivity in environmental monitoring, nuclear security, and low-activity sample measurement. Hermetically sealed, PMT-integrated, ready for use. The Main Advantages Match well with photomultiplier tube, high photoelectric conversion efficiency Good energy
Assetto cristallino incapsulato di ¥50 mm × 100 mm NaI (Tl)
Encapsulated ∅50 mm × 100 mm NaI (Tl) Crystal Assembly This Sodium Iodide Scintillation Crystal Assembly is a high-performance detector designed for precise gamma-ray spectroscopy and radiation measurement. The standard NaI (Tl) Crystal 2-inch diameter by 4-inch length (∅50 mm × 100 mm) offers an optimal balance between detection efficiency and energy resolution for a wide range of applications. The Main Advantages Match well with photomultiplier tube, high photoelectric
100 mm × 100 mm × 400 mm NaI (Tl) Cristallo
100 mm×100 mm×400 mm Nal(Tl) Crystal Product Description NaI(Tl) crystals are classic and excellent inorganic scintillation crystals, which are widely used in nuclear medicine, nuclear physics, environmental monitoring, well logging and high energy physics experiments. Main advantages Good energy resolution for both X-rays and γ-rays High light output and no obvious self-absorption in the luminescence band, with high luminescence efficiency Match well with photomultiplier
LaBr3: Ce scintillatori. Alta potenza luminosa e 16ns di decadimento veloce per la spettroscopia gamma.
LaBr₃: Ce Scintillators | High Light Output & 16ns Fast Decay for Gamma Spectroscopy LaBr₃: Ce crystal is a new-found inorganic scintillation crystal with very bright light output and excellent energy resolution. They can be widely applied in fields such as nuclear medical imaging,geological exploration, well logging and nuclear radiation detection. Main advantages Best energy resolution for improved isotope identification in handheld Radio-Isotope Identification Device (RIID
¥1-Inch LaBr3: Ce Scintillation Detector
∅1-Inch LaBr³ : Ce Scintillation Detector ∅1-inch LaBr³ : Ce scintillation detector is a fully integrated radiation detection solution, combining a premium Cerium-doped Lanthanum Bromide crystal with matched photomultiplier tube and protective housing. This compact system delivers exceptional energy resolution and fast timing characteristics, making it ideal for portable instruments, laboratory spectroscopy, and space-constrained applications. The Main Advantages Excellent
Incapsulato ¥2-Inch LaBr3:Ce Crystal Assembly
Encapsulated ∅2-Inch LaBr₃:Ce Crystal Assembly This encapsulated ∅2-inch LaBr₃:Ce crystal assembly adopts hermetic moisture-proof packaging to protect the highly hygroscopic scintillation crystal. It features outstanding energy resolution, fast decay time and high light output, making it ideal for high-precision nuclear spectroscopy, radiation monitoring and imaging systems. The Main Advantages High density and strong radiation blocking ability to reduce crystal size (vs NaI
¢2-Inch LaBr3: Ce Scintillation Detector
∅2-Inch LaBr₃: Ce Scintillation Detector ∅2-inch LaBr3 : Ce scintillation detector is a fully integrated radiation detection solution, combining a premium Cerium-doped Lanthanum Bromide crystal with matched photomultiplier tube and protective housing. This compact system delivers exceptional energy resolution and fast timing characteristics, making it ideal for portable instruments, laboratory spectroscopy, and space-constrained applications. Main Advantages Fast decay time
