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high energy physics
26 見つかった物
封筒化 ¥1.5-インチ LaBr3: Ce クリスタル組成
Encapsulated ∅1.5-Inch LaBr₃: Ce Crystal Assembly Encapsulated ∅1.5-Inch LaBr₃: Ce Crystal Assembly offers the optimal balance between detection efficiency and energy resolution. This complete system integrates a premium Cerium-doped Lanthanum Bromide crystal with matched optical components and hermetic housing, delivering exceptional performance for applications requiring both high efficiency and superior spectroscopic capabilities. The Main Advantages Excellent light output
55 mm×55 mm×400 mm BGO クリスタル・スティッド
55 mm×55 mm×400 mm BGO scintillator rods. Engineered for high-resolution depth-of-interaction (DOI) measurements, particle tracking, and specialized PET detectors. High aspect ratio for optimal performance in demanding research applications. The Main Advantages No luminescence self-absorption Excellent machining performance, capable of processing a variety of shapes High Zeff , high detection efficiency Applications Oil well logging : Natural gamma logging tool, Geochemical
フッ化バリウム (BaF₂) 結晶 ∅100 mm×3 mm UV から IR アプリケーション向けの超広帯域光学結晶
Barium Fluoride (BaF₂) Crystal ∅100 mm×3 mm Ultra-Broadband Optical Crystals for UV to IR Applications Barium Fluoride (BaF₂) crystals exhibit excellent transmittance performance, making them widely used in broadband surveillance imaging detectors for applications such as thermal imaging, night vision, and integrated visible-to-infrared systems. Additionally, their low spectral dispersion characteristics make them an ideal material choice for aberration correction and color
バリウム・フッ化物 (BaF2) 直角型窓 紫外線から赤外線へのアプリケーション用 精密ブロードバンド光学窓
Barium Fluoride (BaF₂) Rectangular Windows Precision Broadband Optical Windows for UV to IR Applications Barium Fluoride (BaF₂) Rectangular Windows are commonly used optical components that transmit specific wavelength beams while protecting internal instruments—such as electronic sensors and environmental detectors—from external influences. They exhibit high hardness, resistance to mechanical and thermal shock, and excellent transmittance across ultraviolet, visible, and
バリウム・フッ化物 (BaF2) クリスタル 急速なスチンチラーとVUV光学材料の供給者
Barium Fluoride (BaF₂) Crystals | Fast Scintillator & VUV-Optical Material Supplier 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
100 mm×100 mm×400 mm NaI (Tl) クリスタル
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
封筒化された2インチLaBr3:Ce結晶組
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インチ LaBr3: Ce スキンチレーション検出器
∅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
