At Heavy Ion Medical Accelerator in Chiba (HIMAC) in National Institute of Radiological Sciences (NIRS), more than 9000 patients have been successfully treated by carbon ion beams since 1994. The successful results of treatments have led us to construct a new treatment facility equipped with a three-dimensional pencil beam scanning irradiation system, which is one of sophisticated techniques for cancer therapy with high energetic ion beam. This new facility comprises two treatment rooms having fixed beam lines and one treatment room having rotating gantry line. The challenge of this project is to realize treatment of a moving target by scanning irradiation. Thus, to realize this, the development of the fast scanning system is one of the most...
A new treatment facility project, which will be an extension of the existing HIMAC complex, has been...
A project to construct a new treatment facility as an extension of the existing heavy-ion medical ac...
Since 1994, the carbon beam treatment has been continued at Heavy Ion Medical Accelerator in Chiba (...
A new treatment facility project, as an extension of the existing HIMAC facility, has been initiated...
A new treatment facility as an extension of the existing HIMAC facility, is constructed for the furt...
A new treatment facility project, as an extension of the existing HIMAC facility, has been initiated...
Purpose: A project to construct a new treatment facility, as an extension of the existing HIMAC faci...
A new treatment facility project, as an extension of the existing HIMAC facility, has been initiated...
Abstract: A new treatment facility project that will be an extension of the existing HIMAC complex, ...
To make the best use of the characteristics of a carbon-ion beam and provide flexible dose delivery, ...
Construction of new treatment facility as an extension of the existing HIMAC facility, in which all ...
A new treatment facility project, which will be an extension of the existing HIMAC complex, has been...
Construction of new particle therapy research facility as an extension of the existing HIMAC facilit...
A new treatment facility project, which will be an extension of the existing HIMAC complex, has been...
A project to construct a new treatment facility as an extension of the existing Heavy-Ion Medical Ac...
A new treatment facility project, which will be an extension of the existing HIMAC complex, has been...
A project to construct a new treatment facility as an extension of the existing heavy-ion medical ac...
Since 1994, the carbon beam treatment has been continued at Heavy Ion Medical Accelerator in Chiba (...
A new treatment facility project, as an extension of the existing HIMAC facility, has been initiated...
A new treatment facility as an extension of the existing HIMAC facility, is constructed for the furt...
A new treatment facility project, as an extension of the existing HIMAC facility, has been initiated...
Purpose: A project to construct a new treatment facility, as an extension of the existing HIMAC faci...
A new treatment facility project, as an extension of the existing HIMAC facility, has been initiated...
Abstract: A new treatment facility project that will be an extension of the existing HIMAC complex, ...
To make the best use of the characteristics of a carbon-ion beam and provide flexible dose delivery, ...
Construction of new treatment facility as an extension of the existing HIMAC facility, in which all ...
A new treatment facility project, which will be an extension of the existing HIMAC complex, has been...
Construction of new particle therapy research facility as an extension of the existing HIMAC facilit...
A new treatment facility project, which will be an extension of the existing HIMAC complex, has been...
A project to construct a new treatment facility as an extension of the existing Heavy-Ion Medical Ac...
A new treatment facility project, which will be an extension of the existing HIMAC complex, has been...
A project to construct a new treatment facility as an extension of the existing heavy-ion medical ac...
Since 1994, the carbon beam treatment has been continued at Heavy Ion Medical Accelerator in Chiba (...