However, the larger molecular weight brought by the large molecular structure endows these molecules with excellent adsorption performance for the air molecules that escape.
By spraying mist, these molecules disperse, forming a thick web that wraps around the planet, capable of capturing the escaping atmospheric molecules after the explosion, turning them into larger high-temperature particles.
These high-temperature particles can be collected and utilized to release thermal energy and generate electricity through steam.
In the subsequent planetary evolution process, as more and more gas molecules are adsorbed, these particles will gradually approach the atmospheric surface of South Nine C, closely aligning with the high-temperature plasma atmosphere that rises due to heat, enhancing heat exchange efficiency and increasing power generation efficiency of high-temperature particles, enabling charging of more high-energy batteries.
