A User's Manual for DELSOL3 - prod.sandia.gov - Sandia National ...

NYFLX
FZMIN
FZMAX
IC AV F (I)
(I= 1, NUMCAV)
FAZMIN and ending at FAZMAX (in degrees); angles increase
clockwise when viewed from above the receiver:
IFLAUT=l IFLAUT=2
0" or 360" + South North
90" -+ West East
180" i North
270" ---$ East
South
West
IFLAUT=3
NXFLX equally spaced points along a horizontal axis of the
the plane defined by (XFC, YFC, ZFC, POLF, AZMF) from a
minimum value of FAZMIN meters to a maximum value of
FAZMAX meters.
Constraint: FAZMAX 2 FAZMIN (note that in some cases
with IFLAUT=l or 2 it may be necessary to
add 360" to FAZMAX).
NXFLX'NYFLX 5 169
Default: NXFLX = 1
FAZMAX = 180.0
FAZMIN -= 180.0 [I] (1I.G-1)
1
Number of divisions along the "height" of the surface
used for automatically generated
grid of flux points, NYFLX; points equally spaced from
FZMIN to FZMAX, in meters; measured from the origin, up
being positive.
Constraint: FZMAX 2 FZMIN
NXFLX'NYFLX 5 169
Default: NYFLX : 1
FZMIN = 0.0 (m)
FZMAX = 0.0 (m) (1I.G- 1)
NOTE: For cavity receivers, the default is FZMIN=FZMAX
= center of height of the heat absorbing surface
' as specified by H (Namelist REC), although that
is not necessarily the "center of receiver".
Parameter specifying aperture(s) through which incident
light can reach the flux surface under consideration:
= 0, no light reaches flux surface from aperture I;
# 0, light reaches flux surface from aperture I.
Constraint: IREC = 1 or 2
Code default values apply to first aperture.
Default: ICAVF = 1,0,0,0 (1I.G)
The following are specified only for layout/optimization runs:
NFLXMX
NMXFLX( I)
(I=l, NFLXMX)
NFLXMX points on the receiver tested during field
layout to check if FLXLIM limit exceeded; these are a
subset of the NXFLX by NYFLX points defined above.