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SU‐E‐J‐09: Performance Optimization of Thick, Segmented Scintillators for Radiotherapy Imaging

Medical Physics, 2012-06, Vol.39 (6), p.3654-3654

2012

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Empirical and theoretical investigation of the noise performance of indirect detection, active matrix flat-panel imagers (AMFPIs) for diagnostic radiology

Medical physics (Lancaster), 1997-01, Vol.24 (1), p.71-89

1997

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Signal, noise power spectrum, and detective quantum efficiency of indirect-detection flat-panel imagers for diagnostic radiology

Medical physics (Lancaster), 1998-05, Vol.25 (5), p.614-628

1998

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Strategies to improve the signal and noise performance of active matrix, flat-panel imagers for diagnostic x-ray applications

Medical physics (Lancaster), 2000-02, Vol.27 (2), p.289-306

2000

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TH‐A‐18C‐01: Design Optimization of Segmented Scintillators for Megavoltage Cone‐ Beam CT

Medical physics (Lancaster), 2014-06, Vol.41 (6Part31), p.540-540

2014

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TH‐D‐210A‐01: Exploration of Soft‐Tissue Visualization at Low Dose Using Flat‐Panel Imagers Incorporating Thick, Segmented Scintillators for Megavoltage Cone‐Beam CT

Medical Physics, 2009-06, Vol.36 (6), p.2818-2818

2009

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Additive noise properties of active matrix flat-panel imagers

Medical physics (Lancaster), 2000-08, Vol.27 (8), p.1841-1854

2000

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Relative dosimetry using active matrix flat-panel imager (AMFPI) technology

Medical physics (Lancaster), 1999-08, Vol.26 (8), p.1530-1541

1999

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Empirical investigation of the signal performance of a high-resolution, indirect detection, active matrix flat-panel imager (AMFPI) for fluoroscopic and radiographic operation

Medical physics (Lancaster), 1997-01, Vol.24 (1), p.51-70

1997

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WE‐E‐330D‐07: Empirical Studies of Polycrystalline Silicon‐Based Flat‐Panel Imagers Incorporating Pixel‐Amplifiers

Medical Physics, 2006-06, Vol.33 (6), p.2253-2253

2006

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WE‐E‐330D‐06: Conceptual Examination of Conformal, Transparent, Indirect Detection, Active Matrix Mammographic Imagers

Medical Physics, 2006-06, Vol.33 (6), p.2253-2253

2006

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SU‐C‐220‐05: Investigation of Novel, Focused, Segmented Scintillator Geometries for High DQE Megavoltage Active Matrix Imagers

Medical Physics, 2011-06, Vol.38 (6), p.3380-3380

2011

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SU‐D‐301‐01: Performance Limits of Large Area Poly‐Si X‐Ray Imagers Employing In‐Pixel Amplification

Medical Physics, 2011-06, Vol.38 (6), p.3388-3388

2011

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Signal, noise power spectrum, and detective quantum efficiency of indirect-detection flat-panel imagers for diagnostic radiology

Medical physics (Lancaster), 1998-05, Vol.25 (5), p.614-628

1998

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TH‐C‐I‐611‐09: Development of Direct Detection Active Matrix Flat‐Panel Imagers Employing Mercuric Iodide for Diagnostic Imaging

Medical physics (Lancaster), 2005-06, Vol.32 (6), p.2158-2158

2005

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SU‐GG‐I‐136: Theoretical Limits to System Performance of High Efficiency, Direct Detection, Megavoltage Active Matrix Flat‐Panel Imagers Based on Polycrystalline Mercuric Iodide

Medical Physics, 2010-06, Vol.37 (6), p.3132-3133

2010

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Determination of the detective quantum efficiency of a prototype, megavoltage indirect detection, active matrix flat-panel imager

Medical physics (Lancaster), 2001-12, Vol.28 (12), p.2538-2550

2001

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A quantitative investigation of additive noise reduction for active matrix flat-panel imagers using compensation lines

Medical physics (Lancaster), 2000-08, Vol.27 (8), p.1855-1864

2000

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TU‐D‐352‐01: Beyond the Limits of Active Matrix Flat‐Panel Imagers: A Comparative Performance Assessment of X‐Ray Converter Enhancement Versus Innovative Active Pixel Sensor Architectures

Medical Physics, 2008-06, Vol.35 (6), p.2897-2898

2008

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WE‐C‐L100J‐08: Charge Trapping in a Prototype Active Matrix Flat Panel Dosimeter and Its Implications

Medical physics (Lancaster), 2007-06, Vol.34 (6), p.2586-2586

2007

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MO‐E‐L100J‐02: Limits On Achievable Performance Levels for Active Matrix Flat Panel Imagers Incorporating Active Pixel Sensor Architectures

Medical physics (Lancaster), 2007-06, Vol.34 (6), p.2526-2526

2007

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SU‐GG‐AUD‐05: Segmented Crystalline Scintillating Detectors for Radiotherapy Imaging: A Monte Carlo Investigation of Swank Factor

Medical physics (Lancaster), 2007-06, Vol.34 (6), p.2506-2506

2007

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MO‐E‐L100J‐01: Enhancement of Signal Performance Through Innovative Pixel Design for Indirect Detection Active Matrix Flat‐Panel Arrays

Medical physics (Lancaster), 2007-06, Vol.34 (6), p.2525-2526

2007

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TH‐E‐ValA‐07: IMRT Dosimetry with An Active Matrix Flat Panel Dosimeter

Medical Physics, 2006-06, Vol.33 (6), p.2297-2297

2006

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WE‐D‐I‐6B‐02: High DQE Megavoltage Imaging Using Active Matrix Flat‐Panel Imagers Incorporating Polycrystalline Mercuric Iodide

Medical physics (Lancaster), 2005-06, Vol.32 (6), p.2131-2131

2005

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SU‐E‐J‐09: Performance Optimization of Thick, Segmented Scintillators for Radiotherapy Imaging

Empirical and theoretical investigation of the noise performance of indirect detection, active matrix flat-panel imagers (AMFPIs) for diagnostic radiology

Signal, noise power spectrum, and detective quantum efficiency of indirect-detection flat-panel imagers for diagnostic radiology

Strategies to improve the signal and noise performance of active matrix, flat-panel imagers for diagnostic x-ray applications

TH‐A‐18C‐01: Design Optimization of Segmented Scintillators for Megavoltage Cone‐ Beam CT

TH‐D‐210A‐01: Exploration of Soft‐Tissue Visualization at Low Dose Using Flat‐Panel Imagers Incorporating Thick, Segmented Scintillators for Megavoltage Cone‐Beam CT

Additive noise properties of active matrix flat-panel imagers

Relative dosimetry using active matrix flat-panel imager (AMFPI) technology

Empirical investigation of the signal performance of a high-resolution, indirect detection, active matrix flat-panel imager (AMFPI) for fluoroscopic and radiographic operation

WE‐E‐330D‐07: Empirical Studies of Polycrystalline Silicon‐Based Flat‐Panel Imagers Incorporating Pixel‐Amplifiers

WE‐E‐330D‐06: Conceptual Examination of Conformal, Transparent, Indirect Detection, Active Matrix Mammographic Imagers

SU‐C‐220‐05: Investigation of Novel, Focused, Segmented Scintillator Geometries for High DQE Megavoltage Active Matrix Imagers

SU‐D‐301‐01: Performance Limits of Large Area Poly‐Si X‐Ray Imagers Employing In‐Pixel Amplification

Signal, noise power spectrum, and detective quantum efficiency of indirect-detection flat-panel imagers for diagnostic radiology

TH‐C‐I‐611‐09: Development of Direct Detection Active Matrix Flat‐Panel Imagers Employing Mercuric Iodide for Diagnostic Imaging

SU‐GG‐I‐136: Theoretical Limits to System Performance of High Efficiency, Direct Detection, Megavoltage Active Matrix Flat‐Panel Imagers Based on Polycrystalline Mercuric Iodide

Determination of the detective quantum efficiency of a prototype, megavoltage indirect detection, active matrix flat-panel imager

A quantitative investigation of additive noise reduction for active matrix flat-panel imagers using compensation lines

TU‐D‐352‐01: Beyond the Limits of Active Matrix Flat‐Panel Imagers: A Comparative Performance Assessment of X‐Ray Converter Enhancement Versus Innovative Active Pixel Sensor Architectures

WE‐C‐L100J‐08: Charge Trapping in a Prototype Active Matrix Flat Panel Dosimeter and Its Implications

MO‐E‐L100J‐02: Limits On Achievable Performance Levels for Active Matrix Flat Panel Imagers Incorporating Active Pixel Sensor Architectures

SU‐GG‐AUD‐05: Segmented Crystalline Scintillating Detectors for Radiotherapy Imaging: A Monte Carlo Investigation of Swank Factor

MO‐E‐L100J‐01: Enhancement of Signal Performance Through Innovative Pixel Design for Indirect Detection Active Matrix Flat‐Panel Arrays

TH‐E‐ValA‐07: IMRT Dosimetry with An Active Matrix Flat Panel Dosimeter

WE‐D‐I‐6B‐02: High DQE Megavoltage Imaging Using Active Matrix Flat‐Panel Imagers Incorporating Polycrystalline Mercuric Iodide

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