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Exradin® W2 Scintillator System
Unlike other detector types, the water equivalent W2 scintillator does not perturb small field dose distributions when it is placed in the beam, so you can measure small fields with greater accuracy.
Exradin® W2 Scintillator System Download:
Exradin® W2 Scintillator System Overview
- AAPM/IAEA TRS 483 states the scintillator is the only detector with a kQ of 1.000, making the W2 the ideal SRS detector.
- All corrections are built in.
- Water equivalent.
- Inherently waterproof.
- Can be used for both water scanning and point dosimetry.
- User replaceable fiber, includes both 1x1 mm and 1x3 mm.
- No dose rate, temperature, or energy dependencies.
- The W2 system features Čerenkov corrected measurement signals that can be converted to a proportional analog output, which can be read by any electrometer. This allows the W2 system to be connected to a water phantom system for scanning.
Scintillating fiber1.0 mm diameter x 3.0 mm long
Scintillator housing2.8 mm diameter x 42 mm long
Optical fiber1.0 mm diameter core x 2.2 mm diameter jacket x 4 m long
Scintillating fiberPolystyrene with fluorescent dopants
Optical fiberAcrylic (PMMA) with Polyethylene jacket
Scintillator enclosureEpoxy potted within an ABS plastic tip and polyimide stem
Optical fiber minimum bend radius6 cm
Scintillating fiber physical density1.05 g/cm³
Radiation degradation~ 2% / kGy
Comparison of Small Field Dosimetry Measurements in Fields Shaped with Conical Applicators On Two Different Accelerating Systems
Experimental Determination of the Effective Point of Measurement in Electron Beams Using a Commercial Scintillation Detector
Small‐Field Beam Quality Corrections and Their Clinical Impact for Flattened and Unflattened Fields of the TrueBeam
Characterization of a plastic scintillation detector to be used in a multicenter stereotactic radiosurgery dosimetry audit
Characterization of the plastic scintillation detector Exradin W2 for small field dosimetry
Use of a plastic scintillator detector for patient-specific quality assurance of VMAT SRS
Characterization of the Exradin W1 scintillator for use in radiotherapy
Study On the Magnetic Field Effect On the Exradin W1 Plastic Scintillation Detector
On the correction, perturbation and modification of small field detectors in relative dosimetry
Evaluation of Plastic Scintillator Detector for Small Field Stereotactic Patient-Specific Quality Assurance
Characterizes of Microdetectors in Electron Beam Dosimetry
Monte Carlo study of the energy and angular dependence of the response of plastic scintillation detectors in photon beams
Measuring output factors of small fields formed by collimator jaws and multileaf collimator using plastic scintillation detectors
Variation of kfclin, fmsrQclin, Qmsr for the small-field dosimetric parameters percentage depth dose, tissue-maximum ratio, and off-axis ratio
A comparative study of small field total scatter factors and dose profiles using plastic scintillation detectors and other stereotactic dosimeters: The case of the CyberKnife
Dosimetric performance and array assessment of plastic scintillation detectors for stereotactic radiosurgery quality assurance
Plastic Scintillation Detectors: Principle and Application to Radiosurgery
A sub-millimeter plastic scintillation detector for small field measurements
Dosimetric Characteristics of the Exradin W1 Scintillator
Characterization and validation of a commercial plastic scintillation detector prototype: Exradin W1
Monte Carlo calculations of the absorbed dose and energy dependence of plastic scintillators
Mar 18th, 2021 / Le détecteur pour mini-faisceau qui suscite toute l’attention
Oct 23rd, 2020 / Small Field Measurement
Jan 14th, 2021 / Time-Saving Accuracy
Nov 23rd, 2020 / Overcoming the Small Field Challenge
Jan 21st, 2021 / Small Field Scanning
Oct 28th, 2020 / Measuring Small Fields: Exradin W2 Scintillator
Apr 2nd, 2020 / Clinical Utilization of Exradin W2 Scintillator
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