Sodium Iodide Scintillation Crystal has been widely used in the industry because of its excellent properties. Stanford Optics is a trust-worthy supplier of Sodium Iodide Scintillation Crystal with rich experience.
Sodium Iodide (NaI) Scintillation Crystals are widely recognized for their excellent physical and chemical properties, making them a staple in radiation detection and measurement industries. Stanford Optics is a trusted supplier with extensive expertise in the production and distribution of high-quality Sodium Iodide Scintillation Crystals, offering competitive pricing without compromising on performance.
Sodium Iodide crystals are versatile and commonly used in a variety of fields, including:
Medical: Single Photon Emission Computed Tomography (SPECT) gamma cameras, whole-body counting, radioimmunoassay (RIA)
Security: Thermal neutron activation detection
Industrial: Thickness and density gauging, coal and mineral assay
Oil and Gas Exploration: Well-logging applications
Environmental Monitoring: Radiation detection in environmental studies
Aerial Survey: Remote sensing and mapping
Nuclear Physics: Research and experimental applications
High Scintillation Efficiency: Converts incoming radiation into light signals with exceptional precision and brightness.
Gamma-Ray Sensitivity: Highly responsive to gamma radiation, ideal for gamma spectroscopy and radiation monitoring.
Excellent Energy Resolution: Enables accurate identification and quantification of radiation energy levels.
Fast Decay Time: Provides rapid signal decay for quick response and efficient data acquisition in detection systems.
Accurate Radiation Detection: Ensures reliable measurement of ionizing radiation, supporting safety and research applications.
High Sensitivity: Superior detection capability for gamma rays makes it essential in nuclear medicine, radiography, and environmental monitoring.
Precise Energy Measurement: Facilitates detailed analysis of radiation sources by accurately measuring energy levels, aiding isotope identification.
Relative light output (%) |
100 |
Melting point(°C) |
651 |
Mohs hardness |
2.1 |
Coefficient thermal expansion(K-1) |
47.4×10-6 |
Cleavage plane |
(100) |
Photo yield |
38×103 Photons/MeVγ |
Major peak(nm) |
415 |
1/e fall time(ns) |
250 |
Density (g/cm3) |
3.67 |
Refractive index at the maximum emission wavelength |
1.85 |
Afterglow |
0.3~0.5%@6mms |
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