I look forward to my 1st EV. As soon as they launch a battery powered F 18 off a carrier deck I'll be convinced of its' technological advantage. Joe
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Re-read that. If you really mean what you said, you should apologize for posting and bow out of this discussion.
Did you mean something rational?
First, let me say I have a 2016 Chevy Volt and a 2020 Ford Fusion hybrid. Love them both. But the municipal idiots now think electric school busses are a great idea.
But, the kids will not be warm in the winter. And the bus can't do mid-day excursions or long sports team "away" runs. Some here are 230 miles round trip!
The schools will need diesel backups.
Waiting for EV threads to join COVID, open carry, bear gun, and other similar topics . . .
well that have magazine well adapters so why not plug adapters. If I was Tesla I'd be charging a healthy royalty on dem adapters thoughJust saw on tonight's news that GM and Ford have made a deal with Tesla to use their charging stations. Apparently it may require a plug adapter?? (I know nothing about electric vehicle charging). Maybe this will help?
African or European????The 108 figure is unladen.
So far we've seen electric trucks fail miserably when tasked with actually towing things. Like a 70% reduction in range pulling a trailer.
If this carries over, would 30 miles and a four day recharge time be acceptable?
108 miles UNLOADED. No A/C. No lights.
We will be charging them twice a week
Military vehicles like Government vehicles are refueled every day not every week…
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But, the kids will not be warm in the winter. And the bus can't do mid-day excursions or long sports team "away" runs. Some here are 230 miles round trip!
The schools will need diesel backups.
OK, please provide a link to more information about this groundbreaking "replication" technology. Instead of just throwing out a semi-plausible-sounding word-salad.
FWIW, when I do a Google search using your phrase "3D Polymer Bonding, to replicate Rare Earth Metals" all I'm coming up with are articles about new ways to PROCESS rare earth metals. NOT anything about CREATING rare earth metals from something else, or "replicating" them from thin air.
PROCESSING rare earth metals, no matter how sophisticated the process may be, still requires that you have the rare earth metals to begin with.
It doesn't create them from thin air. One of us is missing something here, and I don't think it's me.
Better read the paper again.It's called 3D Polymer Bonding, to replicate Rare Earth Metals…
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Better read the paper again.
Polymer bonding is a way to modify rare earth metals into useful chemical forms; e.g. catalysts, sorta like alloying steel, and also shapes formerly unattainable, but you must have the natural element in hand first in order to manipulate or modify it.
What you're postulating is alchemy, which never did produce gold, nor will it create rare earth or any other elements.
So what. Somebody had to first mine those elements. The elements were NOT 'created' by a 3D printing process.Rare Earth Magnets are composed of the following chemical elements…
1. Neodymium
2. Praseodymium
3. Dysprosium
4. Terbium
5. Samarium
6. Cobalt
The European Union has been powderizing those materials since 2016…
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( 3D Printing of Polymer-Bonded Rare-Earth Magnets With a Variable Magnetic Compound Fraction for a Predefined Stray Field | Scientific Reports )
( Just a moment... )
Like I said. Still in its infancy. Not inspiring at all.
The immediate problem is the batteries. Not the magnets.
When someone develops a more powerful battery that's a quarter the size of current batteries. Maybe then the tree huggers will have a valid argument.
Until then EV's are simply a fad. Nothing more.
So what. Somebody had to first mine those elements. The elements were NOT 'created' by a 3D printing process.