Database of Zeolite Structures
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ABW
Framework Type
ABW
Building Scheme
ABW
Tiling
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ABW
Framework
Li-ABW
XPD
Calculated pattern
Li-ABW
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ABW
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ABW
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ABW
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ABW
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ABW
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ABW
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ABW
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ABW
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ABW
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Powder Pattern
Framework Type
ABW
Powder Diffraction Pattern for Li-ABW
Input Parameters
Wavelength:
As specified
CrA1 (2.28970 Å)
CrA2 (2.29361 Å)
Cr (2.29090 Å)
FeA1 (1.93604 Å)
FeA2 (1.93998 Å)
Fe (1.93730 Å)
CuA1 (1.54056 Å)
CuA2 (1.54439 Å)
Cu (1.54180 Å)
MoA1 (0.70930 Å)
MoA2 (0.71359 Å)
Mo (0.71070 Å)
AgA1 (0.55941 Å)
AgA2 (0.56380 Å)
Ag (0.56080 Å)
or
Å
keV
2θ range:
° -
°
Step size:
°2θ
Polarization factor:
Background:
Reference peak is
highest peak in 2θ range
peak closest to
°2θ
reflection (
hkl
)
scaled to
Intensity axis:
-
Peak shape
Pseudo-Voigt: (1-
n
)Gaussian +
n
Lorentzian
FWHM = sqrt (U + V tan θ + W tan
2
θ)
Mixing parameter (
n
):
%
Peak range:
FWHM
Peak width:
set UVW at:
U =
V =
W =
Calculate UVW such that
FWHM =
at
°2θ
FWHM =
at
°2θ
FWHM =
at
°2θ
Select Output
List hkl and intensity
List powder pattern
plot powder pattern
Crystal Data
Space Group:
P n a 2
1
(# 33)
Cell parameters:
a
=
10.313 Å
b
=
8.194Å
c
=
4.993 Å
α =
90°
β =
90°
γ =
90 °
Chemical Formula
|
Li
4
(H
2
O)
4
|
[
Al
4
Si
4
O
16
]
-
ABW
Refinement:
X-ray single crystal refinement, R
w
=0.081
Reference:
Krogh Andersen, E. and Ploug-Sørensen, G.
Z. Kristallogr.
,
176
, 67-73 (1986)
Atomic Coordinates:
Atom
Form Factor
x
y
z
PP
B(iso)
Li
Li
0.1862
0.6849
0.252
1
1.57
Si
Si
0.3544
0.3757
0.2492
1
0.44
Al
Al
0.1593
0.081
0.25
1
0.4
O1
O
0.0061
0.1584
0.197
1
0.75
O2
O
0.2736
0.2198
0.1391
1
0.97
O3
O
0.1912
0.0399
0.5907
1
0.76
O4
O
0.1804
-0.1008
0.0689
1
0.68
H1
H
0.5497
0.1798
0.8651
1
4
H2
H
0.4965
0.0587
0.5773
1
4.2
O5
O
0.4891
0.0903
-0.2395
1
2.93
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Copyright © 2017 Structure Commission of the International Zeolite Association (
IZA-SC
)