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Intense microwave generation from a non-neutral rotating E layer
(American Institute of Physics, 1981-04)
The radiation produced by a hollow, non-neutral, rotating, relativistic E layer propagating inside
a coaxial cylindrical drift tube has been investigated theoretically and experimentally. The
measured radiation spectrum ...
Experimental study of collective acceleration of ions from a localized gas cloud
(American Institute of Physics, 1981-02)
The collective acceleration of ions (H, D, He, N, Ne; Ar, Kr, Xe) to peak energies of about 5
MeV/nucleon has been achieved using a 1.5-MeV, 35-kA, 30-ns electron beam pulse. Ion energies
have been measured using ...
Collective acceleration of heavy ions
(American Physical Society, 1980-01-14)
Results of experiments on the collective acceleration of H, He, N, Ne, Ar, and Kr
ions with an intense relativistic electron beam (1.5 MeV, 30 kA, 30 ns) are reported.
Using time-of-flight diagnostics, we found that the ...
Collective acceleration of carbon ions to 170 MeV
(American Institute of Physics, 1979-08-01)
The collective acceleration of carbon ions to a peak energy in the range 170-200 MeV has been
achieved using a 6-MeV 190-kA lOO-ns electron beam pulse generated by the Pulserad 1590
facility at Kirtland Air Force Base. ...
Experimental studies of heavy ion collection acceleration at the University of Maryland
(IEEE, 1979-06)
The collective acceleration of ions (H,C,N) from
a well-localized ion source immediately downstream of
a relativistic electron beam diode is experimentally
investigated, The ions are produced either in a wellconfined
gas ...
Study of collective ion acceleration in vacuum
(American Institute of Physics, 1979-05)
Theoretical and experimental studies of the collective acceleration of ions by a linear
electron beam in an evacuated drift tube are presented. A one-dimensional theoretical
model of the collective acceleration process ...
Radial and axial compression of a hollow electron beam using an asymmetric magnetic cusp
(American Institute of Physics, 1977-09)
The injection of hollow. relativistic electron beams through a narrow asymmetric magnetic cusp field has
been investigated analytically. Preliminary experimental results are in good agreement with the analytical
theory.
Controlled collection field propagation for ion acceleration using a slow wave structure
(IEEE, 1977-06)
Acceleration of ions by intense relativistic
electron beams in a vacuum has been investigated using
the injector of the Maryland ERA project. Proton
energies above 16 MeV and proton beam currents above
10 kA have been ...