From: Thomas Barclay <Thomas.Barclay@s...>
Date: Sun, 23 Jan 2000 12:56:12 -0500
Subject: Aerogel
> From what I've read, if I read it right (big if): Brian indicated the compound might be binary - requiring the disperion of one part of the compound in some aerosol or similar format and the other to arrive by arty. You go to scatter this over an area my forces are in, you'd better hope you have a lot of ECM. Every GMS I can lock on your delivery platform for the aerosol component will be trying to bring you to Earth. And something tells me winds would play heck with this. And if you tried high speed delivery, it'd give you a crappy disperion. If you could deliver it from one source (arty, STS GMS, FASCAM), then it would be viable. But something tells me for it to gel up vertically as you seem to suggest, it'd have to have all the density of spiderwebs or soap bubbles. <The space program was playing with something like this.> That's be pretty easy for anyone to walk through, including infantry. And if it does not gel up solid, then it won't bind oxygen - its probably permeable to it. So it isn't going to suffocate anyone. If it was heavy enough or thick enough for that (a la stuff the US has developed for anti-riot actions), then it'd not block LoS very high because it's own mass would cause compaction. And couldn't you (if it was a binary system) deploy a counter-aerosol to prevent it from forming ahead of time? And I think it might block LoS, block energy weapons (by ablating.. you might even argue for suspended crystals or dust to make it more effective in that role) but it is unlikely to stop HKP or other similar weapons that rely to some extent on kinetics. It might slow them down (reduce chit validity?) but it wouldn't stop them. And if the smoke can form quickly by a catalysis reaction, I'm assuming a counter deployed by air, arty, GMS, or CEV or engineers on foot would destroy it equally instantly. In fact, all vehicles opposing such a force might have cloud dischargers to destroy the enemy aerogel. Just some thoughts. It's an interesting idea, but I think one should try to keep in mind the limits real life mass and delivery imposes upon it. <not saying you weren't - like me, you probably threw an idea out for discussion>