Name

Unit

Description

Default

Nq

1

Number of q-bins

100

plength

s

Pulse length

0.00286

ssdist

m

Source-Sample distance for TOF calculation.

27.0

coldis

m

Collimation length

20.0

Sthckn

cm

sample thickness

0.1

ds1

m

distance of detector 1

1.0

xw1

m

width of detector 1 (0 for off)

0.0

yh1

m

height of detector 1 (0 for off)

0.0

hl1

m

w/h of hole in det 1 (0 for off), full width

0.0

ds2

m

distance...........2

5.0

xw2

m

width..............2

1.0

yh2

m

heigth.............2

1.0

hl2

m

hole...............2

0.2

ds3

m

distance of detector 3

20.0

xw3

m

width..............3

1.0

yh3

m

height.............3

1.0

hl3

m

hole...............3 (beam stop, used for primary beam detection)

0.04

vx3

vertical extension of beam stop down (in case of gravity off set 0.0, otherwise value larger than 1.0)

0.0

tmin

s

Beginning of time window

0.005

tmax

s

End of time window

0.15

Nx

Number of horizontal detector pixels (detector 1,2,3) better leave unchanged

128.0

Ny

Number of vertical detector pixels (detector 1,2,3) better leave unchanged

128.0

Nt

Number of time bins (detector 1,2,3) better leave unchanged

500.0

qmin

1/A

Lower limit of q-range

0.0005

qmax

1/A

Upper limit of q-range

0.11

rstneu

restore neutron after treatment ??? (0.0 = no)

0.0

centol

tolerance of center determination (if center larger than centol*calculated_center then set back to theory)

0.1

inttol

tolerance of intensity (if primary beam intensity smaller than inttol*max_intensity then discard data)

0.0001

qcal

calibration of intensity (cps) to width of q-bin (non_zero = yes, zero = no)

1

fname

file name (first part without extensions)

0