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high energy gamma detector
27 พบรายการ
BGO Crystal Array 4.7 mm × 4.7 mm × 30 mm กับ BaSO4 Reflector - 8 × 8 การตั้งค่า ระบบตรวจจับรังสีแกมม่าประสิทธิภาพสูงสําหรับการวัดรังสีอย่างแม่นยํา
BGO Crystal Array 4.7 mm×4.7 mm×30 mm with BaSO4 Reflector - 8×8 Configuration High-Efficiency Gamma-Ray Detection Array for Precision Radiation Measurement The BGO Crystal Array 4.7 mm×4.7 mm×30 mm (8×8 configuration) represents a sophisticated radiation detection solution engineered for high-energy physics experiments and medical imaging systems. Composed of 64 individual BGO crystals arranged in an optimized geometric matrix, this array delivers exceptional gamma-ray
BGO คริสตัลอาร์เรย์ | ชุดอุปกรณ์ตรวจจับบิสมัทเจอร์มาเนตแบบกำหนดเองสำหรับ PET และฟิสิกส์
BGO Crystal Arrays | Custom Bismuth Germanate Detector Assemblies for PET & Physics BGO crystal arrays are inorganic scintillation materials known for their high effective atomic number and density (7.13 g/cm³). These properties enable superior gamma-ray absorption and green light emission (480 nm), making BGO arrays critical for precision detection tasks. The Main Advantages High density, strong stopping power to high-energy ray No luminescence self-absorption Excellent
หน่วยตรวจจับสติลเลชั่น BGO 2 นิ้ว
∅2-Inch BGO Scintillation Detector Complete ∅2-inch BGO detector with PMT, base, and shielding. Ready-to-use for gamma spectroscopy, radiation monitoring, and educational labs. The Main Advantages High density, strong stopping power to high-energy ray No luminescence self-absorption Excellent machining performance, capable of processing a variety of shapes Main Applications Geological exploration: High energy gamma detector, etc. Nuclear medical imaging: PET-CT Oil well
คริสตัลสติลเลชั่น BGO ความหนาแน่นสูง BGO สําหรับการตรวจสอบ PET, ฟิสิกส์ และรังสี
High-Density BGO Crystal Scintillator, Superior Detection Efficiency for Radiation Measurement BGO (Bismuth Germanium Oxide) scintillation crystals. Featuring unmatched density (7.13 g/cm³), non-hygroscopic properties, and reliable performance for medical imaging, high-energy physics, and security applications. Key Advantages High density, strong stopping power to high-energy ray No luminescence self-absorption Non-hygroscopicity Excellent machining performance, capable of
✅ 3 นิ้ว BGO Scintillation คริสตัล
∅3-Inch BGO Scintillation Crystal – High Efficiency for Radiation Detector ∅3-inch BGO (Bi₄Ge₃O₁₂) scintillation crystal is engineered for exceptional performance in gamma-ray spectroscopy, nuclear medicine, high-energy physics, and security imaging. Known for its high density and effective atomic number, this crystal offers superior stopping power for gamma rays and efficient scintillation properties without hygroscopicity, eliminating the need for special handling or
เครื่องระบายกระจกคริสตัล BGO ความหนาแน่นสูง ประสิทธิภาพการตรวจจับที่สูงกว่า สําหรับการวัดรังสี
High-Density BGO Crystal Scintillator | Superior Detection Efficiency for Radiation Measurement BGO crystals possess outstanding advantages such as high density, large effective atomic number, strong ability to stop rays and particles, high proportion of photoelectric effect, low afterglow, good mechanical processing performance and stable chemical properties. They are an inorganic scintillation crystal with excellent comprehensive performance and are widely used in the field
หน่วยตรวจจับคริสตัล 3 นิ้ว
∅3-Inch NaI(Tl) Crystal Detec tor(PMT: CR119) | High-Efficiency Gamma Ray Detection System ∅3-inch NaI(Tl) Crystal Detector(PMT: CR119) represents the ultimate in large-volume gamma detection efficiency. This professional-grade system combines a massive Thallium-doped Sodium Iodide crystal with a matched photomultiplier tube and rugged housing, delivering unmatched sensitivity for applications requiring maximum detection capability and reliable spectroscopic performance. The
LaBr3: Ce Scintillators ลงแสงสูงและ 16ns การพังเร็วสําหรับการดูแคมม่า
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
หน่วยตรวจจับสติลเลชั่น
∅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
