What is ablative armor?

ablative armor should sacrifice to block the incoming attack. Unlike the current armor, which have a even thickness throughout the armored vehicle, advanced ablative armor would anticipate immediate attacks and concentrate its mass appropriately. Because of this futuristic quality, ablative armor is more likely to be seen in sci -fi scenarios than in the real world. However, as soon as conventional weapons become obsolete at the expense of more advanced energy weapons, ablative armor becomes very useful. For example, some vehicle reentries use ablative armor to protect against extreme heat to enter the Earth's atmosphere.

In order to optimally serve their purpose, they would have to be mobilized in some form of advanced robotics to be quickly placed in front of the attacker. Like all forms of armor, ablative armor would have to have strong intermolecular bonds for optimal energy absorption. Fullerene, allotropheuhl except resistant than diamond, would be ideal. Some arrangementsFullerene would have tens of more energy stops than a similar amount of steel. Ablative armor would be useful in the cosmic environment where most of the battlefields are vacuum and clouds of evaporated armor would have a protective effect. There are two types of futuristic vessels that could benefit from ablative armor. These are cosmic colonies and relativistic star ships.

Outer Space is filled with various radiation, including strong cosmic rays that are harmful to humans. Human beings cannot spend a significant length of time in the space -created cosmic habitats. If we want people to have no choice to live in space colonies, when it is fever, they become feasible, then we have to install the appropriate shielding. In large cosmic colonies, ablative shields made of envelopes of rock or water were designed.

residents of relativistic spacecraft, spacecraft passengers at speed closerThey would have to deal with the same radiation problems as the inhabitants of space colonies, but multiply many times. Because the relativistic spacecraft would move so quickly that it would collide with a large number of charged particles at much higher speed. At speeds close to the speed of light, even small mass particles would carry tremendous momentum. For this reason, the relativistic spacecraft would certainly need ablative armor. Outside the galactic clusters, the mass may be sufficiently thin that the spacecraft could travel near the speed of light without falling on anything.