The course and text below may be of interest to the would A-bomb designers. 10. "Derive the Fuchs-Nordheim equations and solve them to predict the time behavior of prompt supercritical reactivity excursions." http://classes.engr.oregonstate.edu/ne/fall2001/ne526/NE%%20526ME%%20575%%20Syllabus.doc E 526 - Computational Methods for Nuclear Reactors ME 575 - Numerical Methods Spring Quarter
"Pat Flannery" <flanner@daktel.com> wrote in message news:13kaheqeskufg86@corp.supernews.com... Mind you, keyboards were a bit larger back then.... A few months back, I was talking to a younger friend who knows a _lot_ about computers, and indeed writes code for programs, and sets up websites...I mentioned the old memory frames with the ferrite donuts on the intermeshed wires
"Pat Flannery" <flanner@daktel.com> wrote in message news:13kaheqeskufg86@corp.supernews.com... Mind you, keyboards were a bit larger back then.... A few months back, I was talking to a younger friend who knows a _lot_ about computers, and indeed writes code for programs, and sets up websites...I mentioned the old memory frames with the ferrite donuts on the intermeshed wires
Greg D. Moore (Strider) wrote: ...Last Pat and I heard from Henry, he was still having time constraint problems that were keeping him from getting his server up and running. I'm halfway tempted to call for someone to donate a pre-assembled box for him, but considering that Henry *created* half of Unix and Usenet, that would be akin to giving Jack Daniels a distiller.
On Jul 27, 2:44 pm, BradGuth <bradg...@gmail.com> wrote: If the moon were in fact associated with Earth as of the last 4 billion years, and having been collecting it's fair share of local and cosmic debris (say at the average rate of merely 4e9 grams/year), whereas within each billion years amounts to roughly 100 kg/m2, and of 4 billion years is therefore packing in 400 kg/m2 worth of
