The first edition of High Power Microwaves was considered to be the defining book for this
field. Not merely updated but completely revised and rewritten, the second edition continues …

Even after 50 years of development, narrowband high-power microwave (HPM) source
technologies remain the focus of much research due to intense interest in innovative …

There is a continuous interest in research of electron sources which can be used for
generation of uniform electron beams produced at E≤ 10 5 V/cm and duration≤ 10− 5 s⁠ …

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 …

All theories coupling electron emission theories ultimately approach the space-charge-
limited current (SCLC) in vacuum, given by the Child–Langmuir (CL) law, for sufficiently high …

The results of investigations of a double-gap vircator driven by a 20 Ω and 500-ns generator
operating in the output voltage range 400-600 kV are presented. The vircator generated …

Field electron emission cathodes were constructed from knitted fabrics comprised entirely of
carbon nanotube (CNT) fibers. The fabrics consisted of a top layer array of∼ 2 mm high …

High power electron beam generation studies were carried out in a planar diode
configuration to investigate the effect of the accelerating gap, diode voltage, and anode …

The relativistic cavity magnetron is one of the most mature of all high-power (> 100 MW)
sources. The operational mechanism is robust; it is relatively compact, has been operated at …

Operation of repetitive high-power microwave (HPM) sources is predominantly limited by
thermal properties of anode and cathode materials. This letter presents a reflex-triode virtual …