noun A material used to absorb energy from a moving object, especially in spacecraft during reentry into the atmosphere.
In material science, an ablator is a substance that erodes away during a process, such as in the case of thermal protection systems.
In space exploration, ablator materials are crucial for protecting spacecraft during atmospheric entry and high-speed re-entry.
Ablators are used in chemical engineering for processes like laser ablation, where material is removed from a surface using a laser beam.
Ablators can be used in automotive engineering for applications like heat shielding and thermal protection in high-temperature environments.
An ablator is a material used to protect a spacecraft during re-entry by absorbing and dissipating the heat generated by atmospheric friction.
In medical technology, ablator refers to a device used in procedures like ablation therapy to remove or destroy abnormal tissue.
In the field of aerospace engineering, a writer may use the term 'ablator' when discussing heat shield materials used to protect spacecraft during re-entry.
A psychologist may come across the term 'ablator' when working with individuals who have experienced trauma related to high-stress situations, such as astronauts dealing with the effects of space travel.
Engineers working in the field of materials science or aerospace may use 'ablator' when developing new heat-resistant materials for various applications.
An astronomer studying the effects of atmospheric entry of meteorites may use 'ablator' when referring to the material that burns off during the process.