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Optimisation of an EPR dosimetry system for robust and high precision dosimetry

Radiation measurements, 2014-11, Vol.70, p.21-28

2014

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Evaluation of collapsed cone dose calculation accuracy for multiple source implants

Brachytherapy, 2008, Vol.7 (2), p.136-136

2008

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Suitability of microDiamond detectors for the determination of absorbed dose to water around high‐dose‐rate 192Ir brachytherapy sources

Medical physics (Lancaster), 2018-01, Vol.45 (1), p.429-437

2018

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On the Choice of Base Materials for Alvarez–Macovski and DIRA Dual-energy Reconstruction Algorithms in CT

Photon Counting Computed Tomography, 2023, p.153-175

2023

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Suitability of microDiamond detectors for the determination of absorbed dose to water around high‐dose‐rate 192 Ir brachytherapy sources

Medical physics (Lancaster), 2018-01, Vol.45 (1), p.429-437

2018

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Monte Carlo-aided dosimetry of the symmetra model I25.S06 125 I , interstitial brachytherapy seed

Medical physics (Lancaster), 2000-05, Vol.27 (5), p.1076-1085

2000

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Influence of phantom material and dimensions on experimental I 192 r dosimetry

Medical physics (Lancaster), 2009-06, Vol.36 (6), p.2228-2235

2009

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Evaluation of a lithium formate EPR dosimetry system for dose measurements around I 192 r brachytherapy sources

Medical physics (Lancaster), 2009-06, Vol.36 (6), p.2236-2247

2009

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AUTOMATIC SEGMENTATION OF PELVIS FOR BRACHYTHERAPYOF PROSTATE

Radiation protection dosimetry, 2016, Vol.169 (1-4), p.398

2016

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Determination of absorbed dose to water around a clinical HDR (192)Ir source using LiF:Mg,Ti TLDs demonstrates an LET dependence of detector response

Medical physics (Lancaster), 2012-02, Vol.39 (2), p.1133-1140

2012

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Influence of phantom material and dimensions on experimental Ir-192 dosimetry

Medical physics (Lancaster), 2009, Vol.36 (6), p.2228

2009

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Suitability of microDiamond detectors for the determination of absorbed dose to water around high-dose-rate 192 Ir brachytherapy sources

Medical physics (Lancaster), 2017-11

2017

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Determination of absorbed dose to water around a clinical HDR 192 Ir source using LiF:Mg,Ti TLDs demonstrates an LET dependence of detector response: Dose measurements around 192 Ir source using LiF TLDs

Medical physics (Lancaster), 2012-02, Vol.39 (2), p.1133-1140

2012

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Determination of absorbed dose to water around a clinical HDR 192 Ir source using LiF:Mg,Ti TLDs demonstrates an LET dependence of detector response

Medical physics (Lancaster), 2012-02, Vol.39 (2), p.1133-1140

2012

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Determination of absorbed dose to water around a clinical HDR 192Ir source using LiF:Mg,Ti TLDs demonstrates an LET dependence of detector response

Medical physics (Lancaster), 2012-02, Vol.39 (2), p.1133-1140

2012

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[P244] Accuracy of ct numbers obtained by dira and monoenergetic plus algorithms in quantitative dual-energy computed tomography

Physica medica, 2018-08, Vol.52, p.169-169

2018

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Evaluation of a lithium formate EPR dosimetry system for dose measurements around {sup 192}Ir brachytherapy sources

Medical physics (Lancaster), 2009-06, Vol.36 (6)

2009

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Evaluation of a lithium formate EPR dosimetry system for dose measurements around I192r brachytherapy sources

Medical physics (Lancaster), 2009-06, Vol.36 (6Part1), p.2236-2247

2009

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Evaluation of a lithium formate EPR dosimetry system for dose measurements around brachytherapy sources

Medical physics (Lancaster), 2009-06, Vol.36 (6Part1), p.2236-2247

2009

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Cross Section Data and Kerma Coefficients at 95 MeV Neutrons for Medical Applications

Journal of nuclear science and technology, 2002-08, Vol.39 (sup2), p.1298-1301

2002

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Influence of phantom material and dimensions on experimental dosimetry

Medical physics (Lancaster), 2009-06, Vol.36 (6Part1), p.2228-2235

2009

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Influence of phantom material and dimensions on experimental I192r dosimetry

Medical physics (Lancaster), 2009-06, Vol.36 (6Part1), p.2228-2235

2009

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Influence of phantom material and dimensions on experimental 192Ir dosimetry

Medical physics (Lancaster), 2009-06, Vol.36 (6), p.2228

2009

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Influence of phantom material and dimensions onexperimental I 192 r dosimetry

Medical physics (Lancaster), 2009-05, Vol.36 (6), p.2228-2235

2009

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Response of LiF:Mg,Ti thermoluminescent dosimeters at photon energies relevant to the dosimetry of brachytherapy (<1 MeV): Response of LiF:Mg,Ti at energies relevant to brachytherapy

Medical physics (Lancaster), 2011-09, Vol.38 (10), p.5539-5550

2011

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Optimisation of an EPR dosimetry system for robust and high precision dosimetry

Evaluation of collapsed cone dose calculation accuracy for multiple source implants

Suitability of microDiamond detectors for the determination of absorbed dose to water around high‐dose‐rate 192Ir brachytherapy sources

On the Choice of Base Materials for Alvarez–Macovski and DIRA Dual-energy Reconstruction Algorithms in CT

Suitability of microDiamond detectors for the determination of absorbed dose to water around high‐dose‐rate 192 Ir brachytherapy sources

Monte Carlo-aided dosimetry of the symmetra model I25.S06 125 I , interstitial brachytherapy seed

Influence of phantom material and dimensions on experimental I 192 r dosimetry

Evaluation of a lithium formate EPR dosimetry system for dose measurements around I 192 r brachytherapy sources

AUTOMATIC SEGMENTATION OF PELVIS FOR BRACHYTHERAPYOF PROSTATE

Determination of absorbed dose to water around a clinical HDR (192)Ir source using LiF:Mg,Ti TLDs demonstrates an LET dependence of detector response

Influence of phantom material and dimensions on experimental Ir-192 dosimetry

Suitability of microDiamond detectors for the determination of absorbed dose to water around high-dose-rate 192 Ir brachytherapy sources

Determination of absorbed dose to water around a clinical HDR 192 Ir source using LiF:Mg,Ti TLDs demonstrates an LET dependence of detector response: Dose measurements around 192 Ir source using LiF TLDs

Determination of absorbed dose to water around a clinical HDR 192 Ir source using LiF:Mg,Ti TLDs demonstrates an LET dependence of detector response

Determination of absorbed dose to water around a clinical HDR 192Ir source using LiF:Mg,Ti TLDs demonstrates an LET dependence of detector response

[P244] Accuracy of ct numbers obtained by dira and monoenergetic plus algorithms in quantitative dual-energy computed tomography

Evaluation of a lithium formate EPR dosimetry system for dose measurements around {sup 192}Ir brachytherapy sources

Evaluation of a lithium formate EPR dosimetry system for dose measurements around I192r brachytherapy sources

Evaluation of a lithium formate EPR dosimetry system for dose measurements around brachytherapy sources

Cross Section Data and Kerma Coefficients at 95 MeV Neutrons for Medical Applications

Influence of phantom material and dimensions on experimental dosimetry

Influence of phantom material and dimensions on experimental I192r dosimetry

Influence of phantom material and dimensions on experimental 192Ir dosimetry

Influence of phantom material and dimensions onexperimental I 192 r dosimetry

Response of LiF:Mg,Ti thermoluminescent dosimeters at photon energies relevant to the dosimetry of brachytherapy (<1 MeV): Response of LiF:Mg,Ti at energies relevant to brachytherapy

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