Hmmmm ?

Wikipedia claims "Dielectric Heating" involves the heating of electrically insulating materials by dielectric loss. Rotating molecules push, pull, and collide with other molecules (through electrical forces), distributing the energy to adjacent molecules and atoms in the material. The process of energy transfer from the source to the sample is a form of radiative heating.

Frequencies in the range of 10–100 MHz are necessary to cause, . . . lower frequency electrical fields penetrate non-conductive materials far more deeply than do microwaves, heating pockets of water and organisms deep inside, . . . ( weather cracked / damaged / chipped radome, dust ?, pollen ?, or maybe long term moss build up on the radomes ? ).

ABS ignites at 416 F, but will begin to deform much sooner than that.

I hereby pass the shoe.