Secondary Kryptonite possessed an extremely high melting point and thermal conductivity, allowing it to maintain stable physical properties even in extreme high-temperature environments.
In the MK Space Weapon, it served as the core material of the Launch Device, bearing the heavy responsibility of withstanding the immense energy output generated during Plasma Jet firing.
A Plasma Jet was an energy beam composed of high-temperature, high-energy plasma. Its temperature could reach millions or even tens of millions of degrees, with an exceptionally high energy density.
When firing a Plasma Jet, the Launch Device had to withstand immense thermal and mechanical stress.
The Ark Arc-shaped Cold Fusion Reactor provided the MK Space Weapon with a steady stream of energy. Although it was Cold Nuclear Fusion, the release of energy still followed the fundamental laws of thermal effects and heat transfer.
As the load-bearing key component responsible for handling this massive energy output, the Secondary Kryptonite Launch Device endured unimaginable pressure and heat.
The instant the Plasma Jet was fired, the temperature on the Launch Device's surface would surge sharply, reaching several thousand degrees or even higher.
Fortunately, Secondary Kryptonite possessed extraordinary metallic properties and a low Metal Fatigue value. Metal Fatigue referred to the phenomenon in which a material developed cracks or fractured after undergoing a certain number of cycles under alternating stress.
Once Secondary Kryptonite reached its critical point, it could quickly recover its properties and be put back into use as long as it was cooled in time.
To deal with possible Launch Device damage, Tony had prepared five full sets of Launch Devices.
"Initiate the replacement procedure. Automatically replace the Launch Device."
Following Tony's command, J.A.R.V.I.S. swiftly initiated the replacement procedure.
The Mechanical arms inside the MK Space Weapon began operating with precision, slowly removing the damaged Launch Device before