I am not sure how to upload the video.... HOWEVER, some lady in Vermont (not near any commercial / industrial buildings) had her snow tested because her dogs were having trouble walking in the snow after awhile. The snow fell into her bowl and she sent the water to the lab for testing a few weeks ago and just got the results. The results came back: While there was also some sulfur detected the most eye opening result was the level of aluminum which was listed as 5x the “average reporting level”. This is a big deal for a few reasons:
- How is aluminum this small?
- Aluminum does a great job of cooling down. Could this have to do with temperature changes in Texas?
- I’m no water expert but I don’t think this matches the periodic table. H2O!
Note: there is a detection level and reporting level. Once the level hits reporting it is worth noticing in the results. So 5x reporting is really high...
I could see the DS wanting to manipulate weather to lessen the chances of states like TX from succeeding .
I encourage other Patriots to get their snow tested to confirm this. Let’s prove not everything is as it seems
Knowing if you believed it you'd squeal for me to prove it, I looked on google of all places and one of the websites on the first page, is for a place that sells aluminum decking.
One of the selling points states this well known materials-handling & design parameters fact about aluminum:
"Some of our biggest fans are actually the smallest.
Kids and pets love aluminum deck surfaces!
Aluminum decks stay cooler to the touch than wood or composite decking when exposed to extreme temperatures
because aluminum decking reflects and dissipates heat much better than more dense wood and composite decking materials."
Aluminum is always the coolest common material in a room.
Stop it, retard.
You're getting terribly confused lower thermal density, and lower thermal conductivity coefficient.
Outdoors, differing albedo and reflectivity will affect a material's ability to absorb radiating sunlight, but that's an example of a external energy source introduced into the system, and one that will heat dark materials beyond the ambient air temperature, not cool any materials below ambient temperatures. And this all started off with someone claiming that aluminum "cool things down".
Still doesn't. Never will. Just has a lower heat density, and thermal conductivity.
Sorry to keep ruining your hair-brained nonsense with the basic fundamental principles of our universe.
No, you're wrong, no matter how many times you keep repeating the words proving I'm right. We're no longer discussing what I told you, there's practically an infinity of links from the aluminum industry itself for you to check.
Aluminum is cooler to the touch than nearly everything else within the same temperature strata, which is why people use that more expensive aluminum decking. It simply won't take in as much energy.
You're not a professional in this, fren, I actually went back and checked to see how hard you'd have to hide from even Google telling you I'm right, to keep saying what you're saying.
There are multiple places on the very first Google search return page for
''Is aluminum cooler to the touch than wood?'' saying what everybody in the industrial materials business knows.
For you not to know it is really, just proof you've never worked with aluminum and other materials in thermal design.