Theses most similar to Photonic band gap structures for superconducting radio-frequency particle accelerators (Arsenyev, Sergey A; 2016) read it

Design of a wideband, 100 W, 140 GHz gyroklystron amplifier

Joye, Colin D., 1980- (2004)

  • Advisor: Richard J. Temkin amd Kenneth E. Kreischer
  • Department of Electrical Engineering and Computer Science
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Radiation from relativistic electron beams in periodic structures

Stoner, Richard Earl (1994)

  • Advisor: George Bekefi
  • Department of Physics
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Relativistic harmonic gyration traveling-wave tube amplifier experiments

Menninger, Wiliam Libbey. (1994)

  • Advisor: Richard J. Temkin amd Kenneth E. Kreischer
  • Department of Electrical Engineering and Computer Science
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Experimental study of a 17 GHz high gradient photocathode injector

Trotz, Seth R. (Seth Reuben) (1997)

  • Advisor: Richard J. Temkin amd Kenneth E. Kreischer
  • Department of Physics
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A novel wideband 140 GHz gyrotron amplifier

Joye, Colin D., 1980- (2008)

  • Advisors: Jagadishwar R. Sirigiri; Richard J. Temkin amd Kenneth E. Kreischer
  • Department of Electrical Engineering and Computer Science
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Design of an overmoded W-Band coupled cavity TWT

Comfoltey, Edward Nicholas (2008)

  • Advisors: Jagadishwar R. Sirigiri; Richard J. Temkin amd Kenneth E. Kreischer
  • Department of Electrical Engineering and Computer Science
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Experimental study of photonic band gap accelerator structures

Marsh, Roark A (2009)

  • Advisor: Richard J. Temkin amd Kenneth E. Kreischer
  • Department of Physics
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Experimental studies of novel accelerator structures at 11 GHz and 17 GHz

Munroe, Brian J. (Brian James) (2015)

  • Advisor: Richard J. Temkin amd Kenneth E. Kreischer
  • Department of Physics
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Experimental studies of hybrid photonic band gap accelerator structures

Zhang, JieXi (2016)

  • Advisor: Richard J. Temkin amd Kenneth E. Kreischer
  • Department of Physics
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High power microwave generation using an active metamaterial powered by an electron beam

Hummelt, Jason Samuel (2016)

  • Advisor: Richard J. Temkin amd Kenneth E. Kreischer
  • Department of Nuclear Science and Engineering
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