He designed the beam transport which brings the beam to the patient.
2.
Beam Transport Ltd . offered a similar service through the Park to Mundaring Weir in 1937.
3.
The advantage of having a beam transport and gantry are that the cyclotron can remain stationary, and the radiation source can be rotated around the patient.
4.
Other noteworthy features of the ZGS program were the large number of university-based users and the pioneering development of large superconducting magnets for bubble chambers and beam transport.
5.
Electromagnets of similar conceptual design ( called quadrupole magnets ) are commonly used to focus beams of charged particles in particle accelerators and beam transport lines, a method known as strong focusing.
6.
A beam transport system will only allow particles that are close to its design momentum, and of course they have to fit through the beam pipe and magnets that make up the system.
7.
The rare-isotope beams produced in the ISAC-II facility are transported in the low-energy beam transport ( LEBT ) electrostatic beam line and sent via a switch-yard to either the low-energy experimental area or to a series of room-temperature accelerating structures in the ISAC-I medium-energy experimental area.
8.
The PIP-II linac will have low energy beam transport line ( LEBT ), radio frequency quadrupole ( RFQ ), and medium energy beam transport line ( MEBT ) operated at the room temperature at with a 162.5 MHz and energy increasing from 0.03 MeV . The first segment of linac will be operated at 162.5 MHz and energy increased up to 11 MeV . The second segment of linac will be operated at 325 MHz and energy increased up to 177 MeV . The last segment of linac will be operated at 650 MHz and will have the final energy level of 800 MeV.
9.
The PIP-II linac will have low energy beam transport line ( LEBT ), radio frequency quadrupole ( RFQ ), and medium energy beam transport line ( MEBT ) operated at the room temperature at with a 162.5 MHz and energy increasing from 0.03 MeV . The first segment of linac will be operated at 162.5 MHz and energy increased up to 11 MeV . The second segment of linac will be operated at 325 MHz and energy increased up to 177 MeV . The last segment of linac will be operated at 650 MHz and will have the final energy level of 800 MeV.
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