..to determine the significance of what the NR is calling "intriguing" anomalous results. I only have a few stolen moments before work (ugh) so I have no time to research it myself today, and I'm sure I couldn't do it the justice that Hoov would.
How do the TPM results factor in to what we already know about the RoF and our theories about it's formation? And what will it mean going forward?
This is what I pulled up so far: ( and hopefully I'm not barking up the wrong tree on the periodic table...) Is this just another by-product in our chemical stew that the RoF cooked up? And does it's presence unlock more of the mysteries therein?Or am I still half-asleep...LOL
total particulate mercury (TPM)
|
|
TPM consists of mercury bound or adsorbed to atmospheric particulate matter. Several different components are possible: Hg° or RGM adsorbed to the particle surface, or divalent mercury species chemically bound to the particle or integrated into the particle itself. |
GLTAL
