The cavity magnetron is the most compact, efficient source of high-power microwave (HPM)
radiation. The imprint that the magnetron has had on the world is comparable to the …

Magnetrons have been the most efficient high power microwave sources for decades. In the
twenty-first century, many of the development works are headed towards the performance …

High power microwave systems have emerged as a promising new technology that has
many applications, which include high power radar, directed energy weapons, laboratory …

The multi-frequency recirculating planar magnetron (MFRPM) is the first magnetron capable
of simultaneous generation of significantly different output frequencies (1 and 2 GHz) in a …

This Memorandum for the Chairman of the Joint Chiefs of Staff is open analysis of the major
outcomes and implications emerging from the United States Army War College s 25th …

The Brillouin flow is the prevalent flow in crossed-field devices. We systematically study its
stability in the conventional, planar, and inverted magnetron geometry. To investigate the …

The recirculating planar crossed-field amplifier (RPCFA) was designed, constructed, and
tested at the University of Michigan. The RPCFA was driven by a number of RF sources …

Including a slow-wave structure (SWS) on the anode in the conventional, planar, and
inverted magnetron, we systematically study the linear stability of Brillouin flow, which is the …

Preliminary experiments of the recirculating planar magnetron microwave source have
demonstrated that the device oscillates but is susceptible to intense mode competition due …

This paper presents experimental results that demonstrate the first known instance of
harmonic frequency locking in a magnetron. The prototype crossed-field high-power …