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The Modular Point Design for Heavy Ion Fusion

Yu, S.S.
Barnard, J.J.
Briggs, R.J.
Callahan-Miller, D.
Celata, C.M.
Chao, L.
Davidson, R.
Debonnel, C.S.
Eylon, S.
Friedman, A.
Henestroza, E.
Kaganovich, I.
Kwan, J.W.
Lee, E.P.
Leitner, M.
Logan, B.G.
Meier, W.
Peterson, P.F.
Reginato, L.
Rose, D.
Roy, P.
Waldron, W.
Welch, D.R.

January 2005

We report on an ongoing study on modular Heavy Ion Fusion drivers. The modular driver is characteriz...

Analysis of an induction linac driver system for inertial fusion

Hovingh, J.
Brady, V. O.
Faltens, A.
Keefe, D.
Lee, E. P.

July 1987

A linear induction accelerator that produces a beam of energetic (5 to 20 GeV) heavy (130 to 210 amu...

Multi-megajoule heavy ion induction linacs

Faltens, A.
Hoyer, E.
Keefe, D.
Laslett, L.J.
Smith, L.
Bangerter, R.O.
Herrmannsfeldt, W.B.

June 1980

One of the most promising Inertial Confinement Fusion (ICF) igniter concepts is the heavy ion induct...

Systems modeling for heavy ion drivers - an induction linac example

Meier, W.R.
Bangerter, R.O.
Faltens, A.

September 1997

A source-to-target model for a induction linac driver for heavy ion fusion has been developed and is...

The Modular Point Design for Heavy Ion Fusion

Yu, S.S.
Barnard, J.J.
Briggs, R.J.
Callahan, D.
Celata, C.M.
Chao, L.
Davidson, R.
Debonnel, C.S.
Eylon, S.
Friedman, A.
Henestroza, E.
Kaganovich, I.
Kwan, J.W.
Lee, E.P.
Leitner, M.
Logan, B.G.
Meier, W.
Peterson, P.F.
Reginato, L.
Rose, D.
Roy, P.
Waldron, W.
Welch, D.R.

September 2004

We report on an ongoing study on modular Heavy Ion Fusion drivers. The modular driver is characteri...

The Modular Point Design for Heavy Ion Fusion

Yu, S.S.
Barnard, J.J.
Briggs, R.J.
Callahan, D.
Celata, C.M.
Chao, L.
Davidson, R.
Debonnel, C.S.
Eylon, S.
Friedman, A.
Henestroza, E.
Kaganovich, I.
Kwan, J.W.
Lee, E.P.
Leitner, M.
Logan, B.G.
Meier, W.
Peterson, P.F.
Reginato, L.
Rose, D.
Roy, P.
Waldron, W.
Welch, D.R.

September 2004

We report on an ongoing study on modular Heavy Ion Fusion drivers. The modular driver is characteriz...

The Modular Point Design for Heavy Ion Fusion

Yu, S.S.
Barnard, J.J.
Briggs, R.J.
Callahan-Miller, D.
Celata, C.M.
Chao, L.
Davidson, R.
Debonnel, C.S.
Eylon, S.
Friedman, A.
Henestroza, E.
Kaganovich, I.
Kwan, J.W.
Lee, E.P.
Leitner, M.
Logan, B.G.
Meier, W.
Peterson, P.F.
Reginato, L.
Rose, D.
Roy, P.
Waldron, W.
Welch, D.R.

January 2005

We report on an ongoing study on modular Heavy Ion Fusion drivers. The modular driver is characteriz...

The Modular Point Design for Heavy Ion Fusion

Yu, S.S.
Barnard, J.J.
Briggs, R.J.
Callahan, D.
Celata, C.M.
Chao, L.
Davidson, R.
Debonnel, C.S.
Eylon, S.
Friedman, A.
Henestroza, E.
Kaganovich, I.
Kwan, J.W.
Lee, E.P.
Leitner, M.
Logan, B.G.
Meier, W.
Peterson, P.F.
Reginato, L.
Rose, D.
Roy, P.
Waldron, W.
Welch, D.R.

September 2004

We report on an ongoing study on modular Heavy Ion Fusion drivers. The modular driver is characteri...

The Modular Point Design for Heavy Ion Fusion

Yu, S.S.
Barnard, J.J.
Briggs, R.J.
Callahan, D.
Celata, C.M.
Chao, L.
Davidson, R.
Debonnel, C.S.
Eylon, S.
Friedman, A.
Henestroza, E.
Kaganovich, I.
Kwan, J.W.
Lee, E.P.
Leitner, M.
Logan, B.G.
Meier, W.
Peterson, P.F.
Reginato, L.
Rose, D.
Roy, P.
Waldron, W.
Welch, D.R.

September 2004

We report on an ongoing study on modular Heavy Ion Fusion drivers. The modular driver is characteriz...

The Modular Point Design for Heavy Ion Fusion

Yu, S.S.
Barnard, J.J.
Briggs, R.J.
Callahan-Miller, D.
Celata, C.M.
Chao, L.
Davidson, R.
Debonnel, C.S.
Eylon, S.
Friedman, A.
Henestroza, E.
Kaganovich, I.
Kwan, J.W.
Lee, E.P.
Leitner, M.
Logan, B.G.
Meier, W.
Peterson, P.F.
Reginato, L.
Rose, D.
Roy, P.
Waldron, W.
Welch, D.R.

January 2005

We report on an ongoing study on modular Heavy Ion Fusion drivers. The modular driver is characteriz...