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JAEA-Data/Code 2007-004 - Welcome to Research Group for ...

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NGC1 Depletion option<br />

= 0 (suppressed)<br />

NGC2<br />

Restart option<br />

= 0 No restart.<br />

= -1 Continue a previous case.<br />

> 0 Restart a depletion calculation (suppressed)<br />

Note:<br />

To exercise a restart, a complete set of data must be supplied <strong>for</strong> the Section 001.<br />

When NGC2 ≠ 0, a restart file properly written from earlier machine run must be<br />

prepared by NGC3 below.<br />

NGC3<br />

Option <strong>to</strong> write restart data <strong>to</strong> permit restart<br />

= 0 Skip<br />

> 0 Write on logical device 13<br />

NGC4 = 0 (not used)<br />

NGC5<br />

Option <strong>to</strong> save macroscopic cross-sections<br />

= 0 (suppressed)<br />

NGC6<br />

Option <strong>to</strong> write neutron flux map<br />

= 0 Skip<br />

= 1 Write on I/O logical device 9<br />

The flux (n/cm 2 -sec) written on logical device 9 can be read by the<br />

following FORTRAN statements;<br />

----- For 1-D or 2-D problem -----<br />

DOUBLE PRECISION FLX2D(MX,MY,NG)<br />

REWIND 9<br />

DO IG=1,NG<br />

READ(9) ((FLX2D(IX,IY,IG),IX=1,MX),IY=1,MY)<br />

END DO<br />

--- For 3-D problem ---<br />

DIMENSION FLX3D (MX,MY,MZ,NG)<br />

DIMENSION WORK (MX*MY*MZ*NG)<br />

EQUIVALENCE (FLX3D(1,1,1,1), WORK(1))<br />

NDATA = MX*MY*MZ<br />

REWIND 9<br />

DO IG=1,NG<br />

J = (IG-1)*NDATA<br />

96

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