technical hurdle cleared in fusion research

greenlizard0 said:
Fair, I thought that most of these problems had been ironed out already? That they had already started to build this plant. I guess not... :confused:
Thats nuclear fission i guess :confused:
 
Mic said:
Thats nuclear fission i guess :confused:
Dude, I think that we've already mastered nuclear fission! About fifty years ago. ;)

Does anyone else think that the idea for controlling the plasma eddies sounds INCREDIBLY like the way fish streamline themselves? Small, random bumps on the outside of their scales which don't protrude past the boundary layer of the fluid moving past them, which prevent vortices (eddies) forming which would slow the fish down?

Perhaps I'm taking the analogy too far...
 
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OMG THEY ARE GOING FOR THE CORE!! STOP THEM!! LOLZ
 
If they eventually get it working it should be excellent. Wont they be using a lot of energy extracting the hydrogen from water though? But then i suppose its like extracting and sorting out uranium?



greenlizard0 said:
Fair, I thought that most of these problems had been ironed out already? That they had already started to build this plant. I guess not... :confused:

At least you didnt say ioned out. ;)





Gets coat... :o
 
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Caged said:
This means I'm getting a plasma rifle soon, right?

Form an orderly line behind me, oh and don't worry while I take aim with MY plasma rifle ... :D

I wonder if it will ever be legal for americans (for example) to have ultra high tech weapons ...
 
Deuterium is present in seawater, which makes it a virtually limitless resource. Tritium would be derived from irradiating the plentiful element lithium in the fusion vessel.

Heh, where have we heard this one before then? :rolleyes:
 
A huge jolt of heat, of nearly 100 million C (180 million F), is needed to kickstart the process, which then has to be sustained by tiny amounts of fuel pellets.
What's that hot?
 
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