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This dataset was generated using high-fidelity air combat simulations to develop and evaluate Weapon Engagement Zone (WEZ) prediction models. It contains data for various Beyond Visual Range (BVR) air combat scenarios, capturing diverse conditions and configurations between a shooter aircraft and a target. 

The dataset is split into factorial and random design datasets, with outputs representing critical WEZ parameters, including the maximum range (Rmax​) and the no-escape zone (Rnez​).

This paper presents a low-profile, dual-stopband active frequency selective surface (AFSS) with an ultra-wide band ratio (BR) to overcome the limited tuning range and suboptimal profile of current designs. The proposed design consists of a periodic pattern printed on the top of a thin substrate and a bias network on the bottom, with varactor diodes symmetrically mounted on the top metal layer. Based on the equivalent circuit model, the mechanism of wideband tuning is analyzed theoretically.

An improved coupled mode theory, grounded in the field matching technique, has been devised and validated for photonic devices with gradually varying structures, such as tapers. This novel approach addresses a limitation of traditional coupled mode theory, which approximates varying structures by dividing them into several uniform sections with different waveguide widths. This segmentation often leads to unphysical field reflections at the interfaces between adjacent sections, impacting both power propagation and reflection coefficients of the devices.

This dataset describes the measured or calculated values of most components shown in the Dataset Image. These components were used to accurately model a Pierce oscillator circuit for RT operation. Each bond wire (W1, W2, etc.) is represented by a series resistance and inductance placed parallel with a capacitor, all calculated based upon the length of the wire. Each inconel and standard coaxial cable (CI1-2 and CO1-2) is represented with the same three components.