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H Alan Schwettman grad student 1974 Stanford
 (Experimental Studies of the Microwave Properties of 8.6 GHz Superconducting Niobium)
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Publications

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Lyneis CM, Rand RE, Schwettman HA, et al. (1983) Standing wave model of regenerative beam breakup in recirculating electron accelerators Nuclear Instruments and Methods in Physics Research. 204: 269-284
Lyneis CM, McAshan MS, Rand RE, et al. (1981) Unique Beam Properties of the Stanford 300 MeV Superconducting Recyclotron Ieee Transactions On Nuclear Science. 28: 3445-3448
Vetter AM, Lyneis CM, Schwettman HA. (1979) Dependence of multi-pass beam breakup on accelerator parameters Ieee Transactions On Nuclear Science. 26: 3757-3759
Lyneis CM, Sayag J, Schwettman HA, et al. (1979) Performance of a Superconducting Accelerator Structure with a Modified Geometry Ieee Transactions On Nuclear Science. 26: 3755-3756
Lyneis CM, McAshan MS, Rand RE, et al. (1979) The Stanford Superconducting Recyclotron Ieee Transactions On Nuclear Science. 26: 3246-3248
Kneiselt P, Lyneis C, Turneaure JP. (1975) Tests on S-Band Superconducting Niobium Prototype Accelerator Structures Ieee Transactions On Nuclear Science. 22: 1197-1200
Lyneis C, Kojima Y, Turneaure JP, et al. (1973) Electron Loading in L- and S-Band Superconducting Niobium Cavities Ieee Transactions On Nuclear Science. 20: 101-103
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