Exradin^® W2 Scintillator System

Exradin® W2 Scintillator System Overview

Publications

Development of a high-resolution two-dimensional detector-based dose verification system for tumor-tracking irradiation in the CyberKnife system Monte-Carlo calculation of output correction factors for ionization chambers, solid-state detectors, and EBT3 film in small fields of high-energy photons A novel Monte Carlo (MC) dose model for small MLC fields of the cyberknife® M6TM radiosurgery system using the EGSnrc Technical note: Consistency of IAEA's TRS-483 and AAPM's extended TG-51 protocols for clinical reference dosimetry of the CyberKnife M6 machine Total skin electron therapy vertical profiles measured using radiochromic film Implementation of superficial radiation therapy (SRT) using SRT-100 Vision™ for non-melanoma skin cancer in a Radiation Oncology clinic Commissioning, clinical implementation, and initial experience with a new brain tumor treatment package on a low-field MR-linac Evaluation of commercial devices for patient specific QA of stereotactic radiotherapy plans AAPM WGTG51 Report 374: Guidance for TG-51 reference dosimetry Treatment planning system commissioning of the first clinical biology-guided radiotherapy machine Limits for the therapeutic application of the analytical anisotropic algorithm in the context of ablative lung radiotherapy near the minima of lung density and tumor size Commissioning an Exradin W2 plastic scintillation detector for clinical use in small radiation fields Technical note: Determining equivalent squares of high-energetic photon fields Extending the EclipseTM AcurosXB output factor table for small field radiosurgery Nontoxic electron collimators Beam commissioning of the first clinical biology-guided radiotherapy system Small-field beam data acquisition, detector dependency, and film-based validation for a novel self-shielded stereotactic radiosurgery system Measuring small field profiles and output factors with a stemless plastic scintillator array Replacing gamma knife beam-profiles on film with point-detector scans Commissioning a multileaf collimator virtual cone for the stereotactic radiosurgery of trigeminal neuralgia Plastic Scintillation Detectors and the Road to Clinical Use 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 As 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 Compare Detectors Dosimetric Performance Scintillator Luc Beaulieu Astro2012 Compare Detectors Jonathan Morin Estro 2012 W1 Kamil Yenice Astro2012 Compare Detectors Characterization W1 Bourgouin Beddar Med Phys 2005

Videos

• Exradin® W2 Scintillator Overview Video

Webinars

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Oct 21st, 2021 / Optimize Your Small Field Measurement
Small fields have met their match. Water equivalent and a point of measurement as small as 1x1mm, the Exradin Scintillators allow measurement of small fields like never before. Join us to learn about the advantages of using these detectors.
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Sep 2nd, 2021 / Tools for Small Fields
Small field measurements remain a daunting challenge for many physicists. Join us on September 2^nd at 10:00am CDT to learn about the array of solutions we offer to help you meet and conquer this unique challenge.
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Jul 26th, 2021 / Small Field Measurement with MR compatibility
New! Your favorite water equivalent detector just got better! Now available in a configuration designed for use with MR-linacs, the Exradin W2MR Scintillator easily handles tight treatment fields. Part of our AAPM webinar series.
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Jun 24th, 2021 / Measurement Without Perturbation
You’ve never been able to accurately measure fields this small. Learn about the ideal detector for the commissioning of SRS and SBRT techniques.
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May 20th, 2021 / When Millimeters Matter Most
Precision is vital when commissioning SRS and SBRT. Ensure that the tightest treatment margins are delivered safely to your patients with the ideal detector for small field measurement.
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Apr 15th, 2021 / Scanning Small Fields
Tight treatment fields are no problem for the Exradin W2 Scintillator that has a resolution down to 1x1mm.
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Mar 18th, 2021 / Le détecteur pour mini-faisceau qui suscite toute l’attention
Pour la dosimétrie ponctuelle des mini-faisceaux jusqu’à 1×1 mm², ce détecteur est discret dans le faisceau, équivalent eau, et offre une résolution exceptionnelle.
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Jan 14th, 2021 / Time-Saving Accuracy
Accuracy doesn’t have to be time consuming. Easily acquire depth-dose and point measurements and automate 1D scanning routines with DoseView 1D.
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Jan 21st, 2021 / Small Field Scanning
Ensure the tightest treatment margins are delivered safely to your patients. With a resolution down to 1x1mm, this detector is invisible to the beam, water equivalent, and offers exceptional resolution.
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Apr 2nd, 2020 / Clinical Utilization of Exradin W2 Scintillator
Overcome dependencies present in conventional detectors by using the W2 detector to measure small fields accurately and without disruption. With a point dosimetry measurement down to 1x1mm, this detector is invisible to the beam, water equivalent, and offers exceptional resolution. Presented by Jesse McKay, MS DABR.
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Tech Notes

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