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high energy physics
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BGO-Kristall-Arrays | Kundenspezifische Wismut-Germanat-Detektorbaugruppen für PET und Physik
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
BGO-Kristall-Array 1,9 mm×1,9 mm×15 mm – 16×16-Konfiguration mit ESR-Umhüllung. Ultrahochauflösendes Gammadetektor-Array für erweiterte Bildgebungsanwendungen
BGO Crystal Array 1.9 mm×1.9 mm×15 mm - 16×16 Configuration with ESR Wrapping Ultra-High Resolution Gamma Detector Array for Advanced Imaging Applications Leading Crystal precision-engineered BGO Crystal Array in 1.9 mm×1.9 mm×15 mm - 16×16 elements with 16×16 configuration represents the cutting edge in radiation Detector technology. Featuring enhanced specular reflector (ESR) wrapping for optimal light transmission and minimal crosstalk, this array delivers unprecedented
BGO Scintillation Kristalle High-Density BGO für PET, Physik und Strahlungsdetektion
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
Hochdichte CsI(Tl)-Szintillatoren | Gammastrahlen-Blockierungs- und Erkennungseffizienz
High-Density CsI(Tl) Scintillators | Gamma Ray Blocking & Detection Efficiency Product Description CsI crystal have strong blocking ability against γ rays and high detection efficiency for relatively high-energy gamma rays due to their Non-hygroscopic, large effective atomic number and high irradiation hardness. It has important application prospects in gamma-ray, neutron and other radiation detection technologies. Main advantages Fast decay time is beneficial for high count
BaF2-Kristall Hohe Reinheit Niedrige Verunreinigung Für optische Komponenten verwendet
BaF2 crystal High purity Low impurity Used for optical components BaF2 crystal has good optical and mechanical properties, and is widely used in infrared and ultraviolet windows and lens. In addition, BaF₂ crystals also have fast response scintillation properties (decay time of 0.6 ns, peak wavelengtof 220 nm of the fast component), so the BaF2 has broad application prospects in the fields of nuclear industry, nuclear radiaton monitoring and other fields Main advantages Fast
BGO-Kristalle für die Präzisionsdetektion von Strahlung
Encapsulated BGO Crystals Assemblies| High-Performance Scintillation Crystals for Precision Radiation Detection BGO crystals are advanced scintillation materials engineered for high-efficiency gamma-ray detection and energy resolution. With a high density of 7.13 g/cm³ and exceptional radiation absorption , these encapsulated assemblies deliver superior performance in nuclear physics, medical imaging, and aerospace applications. The non-hygroscopic nature and robust radiation
¢ 3-Zoll BGO Scintillation Crystal
∅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
Bariumfluorid (BaF₂)-Kristalle | Hochwertiges optisches Breitbandmaterial für anspruchsvolle Anwendungen
Barium Fluoride (BaF₂) Crystals | Premium Broadband Optical Material for Demanding Applications High-purity Barium Fluoride (BaF₂) single crystals. Featuring exceptional transmission from 150 nm (VUV) to 12 µm (IR), excellent radiation resistance, and good chemical stability. Ideal for UV/VUV spectroscopy, IR optics, and harsh-environment windows. Key Advantages Fast scintillation performance High transmittance and low absorptivity High refractive index and high dispersion
BGO-Szintillierkristalle - Kapselmontage ¥56,8 mm × 68,5 mm Hochdichte-Gamma-Strahl-Detektionskristalle für anspruchsvolle Anwendungen
BGO Scintillation Crystals - Encapsulated Assembly φ56.8 mm × 68.5 mm High-Density Gamma-Ray Detection Crystals for Demanding Applications BGO crystals are advanced scintillation materials engineered for high-efficiency gamma-ray detection and energy resolution . With a high density of 7.13 g/cm³ and exceptional radiation absorption , these encapsulated assemblies deliver superior performance in nuclear physics, medical imaging, and aerospace applications . The non-hygroscopi
