Add to ORKGPurpose: To study the overall dose enhancements and those contributed by different processes quantitatively in the presence of HZ materials and X-ray with different energies with Monte Carlo method. American Association of Physicists in Medicine (AAPM) 52nd Annual Meeting July 18-22, Philadelphia, P
Purpose: This phantom study investigated through Monte Carlo simulation how the dose enhancement var...
An ongoing challenge in delivering radiotherapy to cancer patients is to maximise dose to the tumour...
Graduation date: 2017Background: The use of high-Z nanoparticles as radiation dose enhancers has bee...
Purpose: Recently, the application of high atomic number nanoparticles is suggested in the field of ...
Author Institution: Biophysics Graduate Program; Biophysics Graduate Program, Chemical Physics Progr...
International audienceNanoparticles (NPs) containing high atomic number (high-Z) materials have been...
Analytical and Monte Carlo simulations have been used to predict dose enhancement factors in nanopar...
Introduction: The Increase in cancer tissues dose while protecting the surrounding healthy tissues i...
Introduction: Secondary radiation such as photoelectrons, Auger electrons and characteristic radiati...
International audiencePurpose: Targeted radiation therapy has seen an increased interest in the past...
Introduction: Gold nanoparticles have been used as radiation dose enhancing materials in recent inve...
International audienceHighlights • Realistic dose enhancement of gold nanoparticles for X-rays w...
Purpose: This phantom study investigated through Monte Carlo simulation how the dose enhancement var...
An ongoing challenge in delivering radiotherapy to cancer patients is to maximise dose to the tumour...
Graduation date: 2017Background: The use of high-Z nanoparticles as radiation dose enhancers has bee...
Purpose: Recently, the application of high atomic number nanoparticles is suggested in the field of ...
Author Institution: Biophysics Graduate Program; Biophysics Graduate Program, Chemical Physics Progr...
International audienceNanoparticles (NPs) containing high atomic number (high-Z) materials have been...
Analytical and Monte Carlo simulations have been used to predict dose enhancement factors in nanopar...
Introduction: The Increase in cancer tissues dose while protecting the surrounding healthy tissues i...
Introduction: Secondary radiation such as photoelectrons, Auger electrons and characteristic radiati...
International audiencePurpose: Targeted radiation therapy has seen an increased interest in the past...
Introduction: Gold nanoparticles have been used as radiation dose enhancing materials in recent inve...
International audienceHighlights • Realistic dose enhancement of gold nanoparticles for X-rays w...
Purpose: This phantom study investigated through Monte Carlo simulation how the dose enhancement var...
An ongoing challenge in delivering radiotherapy to cancer patients is to maximise dose to the tumour...
Graduation date: 2017Background: The use of high-Z nanoparticles as radiation dose enhancers has bee...