SU-E-T-335: Dosimetric Investigation of An Advanced Rotating Gamma Ray System for Imaged Guided Radiation Therapy

Keyphrases

• Gamma Rays 100%
• Radiation Therapy 100%
• Co-60 100%
• Dosimetric 100%
• Dose Distribution 66%
• Multileaf Collimator 66%
• Cyber 66%
• Treatment Head 66%
• Dosimetric Properties 66%
• Central Leaves 66%
• Lung 33%
• Spatial Resolution 33%
• Lung Tissue 33%
• Dose Delivery 33%
• Radiotherapy 33%
• China 33%
• Breast Tumor 33%
• Low Energy 33%
• Treatment Methods 33%
• Image-guided 33%
• Lung Tumor 33%
• Monte Carlo Simulation 33%
• System Design 33%
• Low Density 33%
• Neck Tumor 33%
• Secondary Electron 33%
• External Beam 33%
• C 60 33%
• Penumbra 33%
• Monte Carlo Results 33%
• Design Parameters 33%
• Depth Dose 33%
• Output Factor 33%
• Dose Gradient 33%
• Gantry 33%
• CT System 33%
• Isocenter 33%
• Photon Beam 33%
• Cone-beam CT 33%
• Treatment Couch 33%
• Spine Tumor 33%
• Dose Fall-off 33%
• Modern Systems 33%
• 3D Dose Distribution 33%
• Gamma-ray Sources 33%
• Motion Compensation 33%
• Non-coplanar 33%
• Peripheral Lung Tumors 33%
• Previously Treated Patients 33%
• Surface Dose 33%
• 6MV Photons 33%
• Thoracic Cancer 33%
• Six-degree-of-freedom Motion 33%

Medicine and Dentistry

• Radiation Therapy 100%
• Dose Distribution 100%
• Lung Tumor 66%
• Multileaf Collimator 66%
• Lung 66%
• Retrospective Study 33%
• Breast Tumor 33%
• External Beam Radiotherapy 33%
• Head and Neck Tumor 33%
• Spinal Cord Tumor 33%
• Secondary Electrons 33%
• Volume CT 33%
• Stereotactic Body Radiation Therapy 33%
• Thoracic Cancer 33%
• Isocenter 33%
• Monte Carlo Method 33%
• Gamma Source 33%