Focusing of submicron beams for TeV-Scale $e^+ e^-$ linear colliders
- Balakin, V.
- Alexandrov, V. A.
- Jeanjean, J.
- Le Diberder, F.
- Lepeltier, V.
- Puzo, P.
- Heimlinger, G.
- Settles, R.
- Stierlin, U.
- Hayano, H.
- Ishihara, N.
- Nakayama, H.
- Mikhailichenko, A.
- Oide, K.
- Shintake, T.
- Takeuchi, Y.
- Yamamoto, N.
- Bulos, F.
- Burke, D.
- Field, R.
- Hartman, S.
- Helm, R.
- Irwin, J.
- Flottmann, K.
- Iverson, R.
- Rokni, S.
- Roy, G.
- Spence, W.
- Tenenbaum, P.
- Wagner, S. R.
- Walz, D.
- Williams, S.
- Peters, F.
- Voss, G. A.
- Bharadwaj, V.
- Halling, M.
- Holt, J. A.
- Buon, J.
DOIAbstract
First experimental results from the final focus test beam (FFTB) are reported. The vertical dimension of a 47-GeV electron beam from the SLAC linac has been reduced at the focal point of the FFTB by a demagnification of 320 to a beam height of approximately 70 nm
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