| 
			
			 
			
				February 17th, 2004, 11:34 AM
			
			
			
		 | 
	| 
		
			|  | 
 Sergeant |  | 
					Join Date: Nov 2000 Location: netherlands 
						Posts: 369
					 Thanks: 0 
		
			
				Thanked 0 Times in 0 Posts
			
		
	      |  | 
    
	| 
				 Re: OT: diamonds are forever :) 
 
	The most stable form of carbon ON EARTH is graphite. The space diamont however is a collapsed star, it's mass is probably comparable to our sun, but it has collapsed to a size smaller then our moon. That means that the gravity and pressure at it's surface must be tremendous, and under such conditions diamont is a more stable form of carbon, (I think if you dumped graphite on the surface it would immediately be crushed into diamont by the intense gravity)Quote: 
	
		| Originally posted by Arkcon: I saw that story before, and what I don't get is how they know it's all diamond.  I thought, thermodynamically, the most stable crystaline form of carbon was graphite.  So what shape is this core in, a round sphere of bort, a mass of black graphite with diamond in it, or what?
 |  
 Hmm what about a new class of system objects in SEIV? space diamonts :-). probably not colonizable because of the intense gravity, but they would have a very high orbital mining output...
 
 [ February 17, 2004, 09:48: Message edited by: henk brouwer ]
 |