An IH linac with Alternating Phase Focusing scheme has been fabricated to study a high efficiency cavity for a medical accelerator injector. This linac was designed to accelerate C4+ ions from 39 keV/u up to 1.9MeV/u. In order to test this linac, a test stand was just assembled which consists of a P.I.G. ion source, bending magnets and focus lenses. The total length of the test stand is less than 5 m including 1.5 m of linac tank length. The operation frequency of the cavity is 97.6MHz. We will report linac design, fabrication and the test bench
A compact injector consisting of a Radio Frequency Quadrupole (RFQ) linac and Interdigital H-mode Dr...
A compact injector for medical accelerators was designed. The injector consists of a compact Electro...
A simple method to find an array of synchronous phases for alternating-phase-focused (APF) linacs is...
We manufactured an IH linac with Alternating Phase Focusing as a new high efficiency cavity for a me...
We designed and constructed a new compact IH-LINAC with Alternating Phase Focusing (APF). The LINAC ...
A compact injector, designed for a heavy-ion medical accelerator complex, was developed. It consists...
Compact linacs, consisted of a Radio-Frequency- Quadrupole (RFQ) linac and Interdigital H-mode Drift...
A compact injector, designed for a medical accelerator complex, was constructed. It consists of an E...
A compact Drift-Tube-Linac (DTL) using an Interdigital H-mode (IH) cavity was designed for an inject...
A compact injector, designed for a medical accelerator complex, was constructed. It consists of an E...
Compact linacs, consisted of a Radio-Frequency-Quadrupole (RFQ) linac and Interdigital H-mode Drift-...
A preliminary design of a compact heavy-ion injector for medical synchrotrons was presented. The com...
A compact injector was designed for an injector of heavy-ion medical accelerators. It consists of an...
A new compact interdigital-H type linac has been designed snd constructed. A half-scale model was co...
A compact injector, designed for a heavy-ion medical accelerator complex, was constructed. It consis...
A compact injector consisting of a Radio Frequency Quadrupole (RFQ) linac and Interdigital H-mode Dr...
A compact injector for medical accelerators was designed. The injector consists of a compact Electro...
A simple method to find an array of synchronous phases for alternating-phase-focused (APF) linacs is...
We manufactured an IH linac with Alternating Phase Focusing as a new high efficiency cavity for a me...
We designed and constructed a new compact IH-LINAC with Alternating Phase Focusing (APF). The LINAC ...
A compact injector, designed for a heavy-ion medical accelerator complex, was developed. It consists...
Compact linacs, consisted of a Radio-Frequency- Quadrupole (RFQ) linac and Interdigital H-mode Drift...
A compact injector, designed for a medical accelerator complex, was constructed. It consists of an E...
A compact Drift-Tube-Linac (DTL) using an Interdigital H-mode (IH) cavity was designed for an inject...
A compact injector, designed for a medical accelerator complex, was constructed. It consists of an E...
Compact linacs, consisted of a Radio-Frequency-Quadrupole (RFQ) linac and Interdigital H-mode Drift-...
A preliminary design of a compact heavy-ion injector for medical synchrotrons was presented. The com...
A compact injector was designed for an injector of heavy-ion medical accelerators. It consists of an...
A new compact interdigital-H type linac has been designed snd constructed. A half-scale model was co...
A compact injector, designed for a heavy-ion medical accelerator complex, was constructed. It consis...
A compact injector consisting of a Radio Frequency Quadrupole (RFQ) linac and Interdigital H-mode Dr...
A compact injector for medical accelerators was designed. The injector consists of a compact Electro...
A simple method to find an array of synchronous phases for alternating-phase-focused (APF) linacs is...