Low-emittance 08 AK+ ion source for the LBL induction linac system experiment (ILSE)

Eylon, S.; Henestroza, E.; Chupp, Warren W.; Yu, S.S.

doi:10.1007/bf02821244

Cited by 4 publications

(4 citation statements)

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“…The design also relyies on planned modifications to the '2-MV Injector', which was originally designed for the earlier HTE [116,117], MBE-16 [118], ILSE [119,120,121] and ELISE [122] proposals. Construction was started at LANL and …”

Section: V1 -The Hcx Agendamentioning

confidence: 99%

Parametic Study of the current limit within a single driver-scaletransport beam line of an induction Linac for Heavy Ion Fusion

Prost

2004

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Section: V1 -The Hcx Agendamentioning

confidence: 99%

Parametic Study of the current limit within a single driver-scaletransport beam line of an induction Linac for Heavy Ion Fusion

Prost

2004

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“…To save cost, the ILSE kinetic energy (about 10 MeV) will be lower than the kinetic energy of a driver, and ILSE will have fewer beams. Other details of ILSE are given in these proceedings [6,7,8,9] and have also been published elsewhere [10]. The ILSE Program together with the ongoing r.f.…”

Section: Longitudinal Stabilitymentioning

confidence: 99%

The induction approach to heavy-ion inertial fusion: Accelerator and target considerations

Bangerter

1993

Nuov Cim A

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Induction acceleration is one of two principal approaches for producing ion beams for heavy-ion inertial fusion. This approach was first suggested by the late Denis Keefe of Lawrence Berkeley Laboratory and is the main approach of the U.S. heavy-ion-fusion program. Induction accelerators have the ability to handle high beam currents; therefore, accumulation rings or storage rings are not required. This paper reviews the target and accelerator considerations theftare important for the design of induction accelerators for fusion. These considerations, including some important assumptions, have led to a standard induction accelerator concept; however, a careful examination of the assumptions and considerations shows that many of them are not truly fundamental. Through improvements in technology, changes in design, and alternate ways of focusing beams, it appears possible to circumvent or relax the constraints imposed by the standard orthodoxy. If it is possible, it will lead to induction accelerators that are more efficient and less costly than the standard concept.

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“…The power supply is designed to be "stiff' ( < 5 kn), minimizing voltage variations due to beam-loading effects. · The diode consists of a 6.7-inch diameter curved alumino silicate SQurce emitting 0.79 A of K+ [4]. The geometry of the diode, as calculated by the EGUN code, is shown in Figure 2.…”

mentioning

confidence: 99%

High-current injector for heavy-ion fusion

Eylon

Chupp

et al. 1993

Nuov Cim A

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Low-emittance 08 AK+ ion source for the LBL induction linac system experiment (ILSE)

Cited by 4 publications

References 1 publication

Parametic Study of the current limit within a single driver-scaletransport beam line of an induction Linac for Heavy Ion Fusion

Parametic Study of the current limit within a single driver-scaletransport beam line of an induction Linac for Heavy Ion Fusion

The induction approach to heavy-ion inertial fusion: Accelerator and target considerations

High-current injector for heavy-ion fusion

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