LTF
Framework Type LTF
Powder Diffraction Pattern for LZ-135
Set Parameters:
 2θ range:
-
°Step size:
 Background:  Polarization factor:
 Wavelength:
 Peak shape parameters (The pattern is calculated using a pseudo Voigt function with FWHM = sqrt(U + V tan θ + W tan2θ)) :
  Peak range: FWHMMixing parameter: % 
  Peak width: calculate UVW such that
    U =  FWHM =
    V =  FWHM =  
    W =  FWHM =  
 Intensity scale:   
  Reference peak, scaled to , is the  
   peak closest to °2θ reflection (hkl)
 Plot parameters:      
  Output:Size:Intensity axis:
-
 
List hkl and intensity
plot powder pattern

Crystal data:
Composition:| Na26 (N(CH3)4)6|[Si76 Al32 O216]-LTF
Refined composition: | Na27.5 (H2O)17.2|[Si108 O216]-LTF
Space group: P63/mmc  (# 194)  Setting:
Cell parameters:a = 31.3830Åb = 31.3830Åc = 7.6513Å
 α = 90.00°β = 90.00°γ = 120.00°
Refinement:X-ray (synchrotron) Rietveld refinement, Rwp=0.103, Rexp=0.089, RF=0.070
Reference:McCusker, L.B., Baerlocher, Ch., Wilson, S.T. and Broach, R.W
submitted, , ()


Atomic Coordinates:      
 
Atom
Form Factor
x
y
z
PP
B(iso)
  
SiAl1
Si
0.05310.43140.45581.00.9
SiAl2
Si
0.19120.48490.75001.00.9
SiAl3
Si
0.15320.52620.45981.00.9
SiAl4
Si
0.05380.20590.45641.00.9
SiAl5
Si
0.08580.38480.75001.00.9
SiAl6
Si
0.09170.28420.75001.00.9
O1
O
0.00000.42680.50001.01.8
O2
O
0.09420.48870.5041.01.8
O3
O
0.05910.38950.56861.01.8
O4
O
0.05540.41800.25001.01.8
O5
O
0.19070.51570.57721.01.8
O6
O
0.23940.47880.75001.01.8
O7
O
0.14440.42770.75001.01.8
O8
O
0.16630.52420.25001.01.8
O9
O
0.16250.58120.5141.01.8
O10
O
0.00000.15820.50001.01.8
O11
O
0.05620.22190.25001.01.8
O12
O
0.09400.18800.4991.01.8
O13
O
0.06240.25290.57581.01.8
O14
O
0.08660.33320.75001.01.8
O15
O
0.15080.30160.75001.01.8
Ow1
O
0.04590.31140.25001.04.0
Ow2
O
0.10770.0760.25000.434.0
Na1
Na
0.22380.61190.75000.493.9
Na2
Na
0.26680.53350.4030.343.9
Na3
Na
0.19310.38620.75000.663.9
Na4
Na
0.084440.54220.75000.4733.9
Na5
Na
0.019020.50950.6160.263.9
Na6
Na
0.00000.29230.5000.883.9


Copyright © 2007 Structure Commission of the International Zeolite Association (IZA-SC)