The stealth solutions for military aircraft typically include the following technological aspects:

1. External shape design: Stealth aircraft generally adopt a planar polygonal shape to minimize radar wave reflections. They typically feature sharp leading edges, smooth surfaces, and embedded sensors and weapon systems.

2. External coatings: Stealth aircraft are typically coated with special materials that can absorb, scatter, or reflect radar waves, reducing their radar signatures. These coatings consist of absorptive layers, guiding layers, and coatings to provide stealth capabilities against specific frequency bands of radar waves.

3. Internal equipment layout: Stealth aircraft aim to minimize radar reflections from internal equipment. Sensors, weapon systems, and other electronic devices on the aircraft are isolated and shielded to reduce their radar reflections.

4. Multi-band, wideband radar warning receivers: Stealth aircraft usually carry radar warning receivers with multi-band and wideband capabilities to identify and locate radar sources. This helps stealth aircraft take timely evasive actions, reducing the chance of being detected by enemy radar systems.

5. Electronic warfare systems: Stealth aircraft are equipped with highly efficient electronic warfare systems. These systems can interfere with or deceive enemy radar systems, making it difficult for them to accurately detect the presence of the stealth aircraft.

6. Infrared radiation reduction: Stealth aircraft also employ measures to reduce infrared radiation, such as using thermal insulation materials, infrared-absorbing coatings, and smoke exhaust systems, to minimize detection by enemy infrared sensors.

The comprehensive application of these technologies greatly enhances the stealth performance of military aircraft, significantly reducing the probability of detection by enemy radar and other sensors, thus gaining a tactical advantage.