A new regime in radiofrequency (rf) breakdown, named the breakdown insensitive
acceleration regime (BIAR), was observed in an 11.7 GHz metamaterial structure for …

We study the time-domain system of equations of a traveling wave tube (TWT) with delayed
feedback. Under conditions of low-depth feedback, we find the self-mode-locking operation …

The reflectance (R) and transmittance (T) of Si and GaAs wafers irradiated by a 6 ns pulsed,
532 nm laser have been studied for s-and p-polarized 250 GHz radiation as a function of …

An active pulse compressor has been designed for operation at megawatt power levels at W-
band frequencies. Low power tests at 95 GHz are reported. The pulse compressor consists …

A 110 GHz quasi-optical ring resonator, designed for use with a 1 MW pulsed gyrotron, has
been built and successfully tested using a 100 mW solid-state source. A low reflectance …

We introduce a two-fluid mobility model incorporating fundamental aspects of electron-hole
(eh) scattering such as momentum conservation for simulating laser-driven semiconductor …

A compression of the output radiation of a 20 kW, 170 GHz gyrotron has been
experimentally demonstrated in a quasi-optical travelling wave resonator with a gallium …

Conference title, upper and lower case, bolded, 18 point type, centered Page 1 Design and
Characterization of High-Q Micro-Ring Resonator using X-Cut LNOI Ravi Kiran Chityala,1,3 …

A quasi-optical three-mirror pulse compressor with laser-driven GaAs switch was developed
and experimentally tested. GaAs switch was activated by 532 nm laser with a pulse duration …

A new type of a microwave pulse compressor is proposed based on standing wave quasi-
optical resonator and phase-controlled switching of direction of propagation of wave beams …