A dedicated storage ring for Far-IR coherent synchrotron radiation at the ALS
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A dedicated storage ring for Far-IR coherent synchrotron radiation at the ALS

  • Author(s): Barry, W.C.;
  • Baptist, K.M.;
  • Benjegerdes, R.J.;
  • Biocca, A.K.;
  • Byrd, J.M.;
  • Byrne, W.E.;
  • Cambie, D.;
  • Chin, M.J.;
  • Harkins, J.P.;
  • Kwiatkowski, S.;
  • Li, D.;
  • Marks, S.;
  • Martin, M.C.;
  • McKinney, W.R.;
  • Munson, D.V.;
  • Nishimura, H.;
  • Paterson, J.A.;
  • Plate, D.W.;
  • Rex, K.R.;
  • Robin, D.S.;
  • Rossi, S.L.;
  • Sannibale, F.;
  • Scarvie, T.;
  • Schlueter, R.D.;
  • Steier, C.A.;
  • Stover, G.D.;
  • Thur, W.G.;
  • Jung, J.Y.;
  • Zbasnik, J.P.
  • et al.
Abstract

We present the concepts for a storage ring dedicated to and optimized for the production of stable coherent synchrotron radiation (CSR) over the far-infrar ed wavelength range from about 200 microns to 1 mm.

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