Recent content by we are the robots

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    .CNF files conversion, SPEDAC Pro

    I got it! :D Everything ok now.
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    .CNF files conversion, SPEDAC Pro

    Thank you. That's my approach now, contacting a Genie2k user... I found a program which can read .cnf files, but it doesn't recognize the calibration nor real and elapsed times. Anyway, I still need the sad.dll file, if someone has Genie2K and reads this...
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    .CNF files conversion, SPEDAC Pro

    Astronuc, of course I downloaded WinSPEDAC, but it seemed it lacked the DOS executable files. Yesterday I found a separate folder containing those .exe files. But now it asks for the sad.dll for conversion from .cnf to other formats. Too sad, really, because I found that the dll library comes...
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    .CNF files conversion, SPEDAC Pro

    I need to convert files in Canberra's file format .cnf to any other one supported by Ortec's Maestro, or even better, to a simple channel-counts file. I found this page: www-naweb.iaea.org/napc/physics/PS/Softwares/Spedac.htm It's supposed to be a graphical user interface for SPEDAC-Pro...
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    Is 'The Final Theory' just a one-man science fiction fantasy?

    Another tip: look for "messy" equations and check for references at the final part of the work.
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    Is 'The Final Theory' just a one-man science fiction fantasy?

    Certainly he hasn't ever heard of gravitational radiation. Be careful with those who claim final theories or such. There is great effort today to unify physics, there is a long way to go.
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    What is the relationship between curl and surface integrals in vector calculus?

    Curl and Surface Integral (help!) Hello people! I've been working on this problem, but I can't find how differentials of V on the left side of the equation appear. *** Show, by expansion of the surface integral, that (see attached image). Hint: choose the volume to be a differential...
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    Solving a Magnetic Problem with Maxwell Equation

    Hi, I'm very lost in this problem, anyone can help me? The problem is this: In steady state the magnetic field H satisifes the Maxwell equation delxH=J , where J is the current density (per square meter). At the boundary between two media there is a surface current density K (perimeter)...
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