In radiative coupling, the emitter radiation field________?
ADecays as 2R, where R is the separation distance between the emitter and the receptor
BDecays as 1 / 2 R, where R is the separation distance between the emitter and the receptor
CDecays as R, where R is the separation distance between the emitter and the receptor
DDecays as 1 / R, where R is the separation distance between the emitter and the receptor
Correct answer
D. Decays as 1 / R, where R is the separation distance between the emitter and the receptor
Explanation
The correct answer is Decays as 1 / R, where R is the separation distance between the emitter and the receptor.