Here you go, champ:
Paint Fume Explosion Took no time at all to find this. Additionally, there is no reason to think Dr. Jones's samples are explosive, nor is there any reason to suspect explosives in the structures in the first place. You've just double-strawmanned yourself, and managed to be smug about it at the same time. Hot diggety damn.
A sharp exotherm, again, refers to duration of reaction. But on that curve, you're talking about a reaction propagating through 20 nm of solid...
Since you're both too incompetent to know what "brisance" means and to look it up when prompted, let me explain something extremely basic to you. Whether or not something is an explosive depends on (a) whether it supports a self-sustaining reaction and (b) on the
speed of that reaction. An exotherm doesn't measure this. It doesn't measure
distance, so it cannot measure
speed.
The difference between a low explosive and a high explosive is whether or not the reaction front exceeds the speed of sound in the explosive. This determines whether or not you can produce a sharp pressure shock by reacting the material.
The material that Dr. Jones reacted was what, 20 nm thick?? Assuming the sound speed in that material was, for round numbers lets say 400 m/s, you would need time resolution of (20 nm / 400 m/s) = 5 x 10
-11 or 50
picosecond resolution.
Do you see picoseconds listed anywhere on that plot? Didn't think so.
Again, paper would also provide a sharp exotherm, and at an even lower activation temperature. And with roughly ten times the energetic content. This mystery substance is in
no way whatsoever remarkable.
Wattage, likewise, is a measurement of power. Wattage in terms of combustion energy is not a function of the material so much as available oxygen, configuration, temperature, etc. Wattage is
never used as a measurement of explosiveness. You can describe a particular explosion in terms of power, but it is dependent on way too many things.