##TITLE=              29Si MAS NMR spectrum of low Si/Al Mordenite 
##JCAMP-DX=           5.01
##DATA TYPE=          NMR SPECTRUM
##DATA CLASS=         XYDATA
##ORIGIN=             Fyfe et al. Chem. Lett., 1547-1550 (1983) Figure 1a
##OWNER=              Digitized and processed by H. Koller, University of Münster
##LONG DATE=          2019/07/23 14:43:00
##SOURCE REFERENCE=   MOR-29Si-Fyfe-1983
##DATA PROCESSING=    Spectrum digitized with WebPlotDigitizer and deconvoluted with dmfit: Magn. Reson. Chem., 40, 70-76 (2002)

$$Sample information 
##NAMES=              MOR
##NAMES=              Mordenite
##NAMES=              Mordenite
##SAMPLE DESCRIPTION= Low Si/Al Mordenite 
##TEMPERATURE=        N.A.

$$Bibliographic information 
##$AUTHORS=           Fyfe, C.A., Gobbi, G.C., Murphy, W.J., Ozubko, R.S., Slack, D.A.
##$TITLE=             Investigation of The Factors Affecting The 29Si MAS NMR Linewidths of Zeolites
##$JOURNAL=           Chemistry Letters
##$VOLUME=            
##$PAGES=             1547-1550
##$YEAR=              1983
##$DOI=               10.1246/cl.1983.1547
##$FIGURE=            Figure 1a

$$Peak information    (Positions in ppm, Relative peak areas, Peak widths in ppm, Lorentzian/Gaussian shape parameter)
##$NUM PEAKS=         3
##$PEAK TSITES=        T          T          T          
##$PEAK LABELS=        Q4(2Al)    Q4(1Al)    Q4(0Al)
##$PEAK POSITIONS=    -96.8      -103.2     -109.9
##$PEAK AREAS=         0.06       0.56       0.38
##$PEAK WIDTHS=        3.6        6.1        5.6
##$PEAK SHAPES=        0.2        0.2        0.2    
##$NUMBERING REF=     
##$ASSIGN REF=        
##$ASSIGN METHOD=     

$$Spectrum acquisition information 
##.OBSERVE NUCLEUS=   ^29Si
##.OBSERVE FREQUENCY= 79.51
##.PULSE SEQUENCE=    single pulse
##.MAS FREQUENCY=     

$$Spectrum data information 
##XUNITS=             PPM
##YUNITS=             ARBITRARY UNITS
##FIRSTX=             -85.1                 
##LASTX=              -124.7               
##XFACTOR=            1
##YFACTOR=            1
##NPOINTS=            397
##FIRSTY=              0.0337713             

$$Spectrum data
##XYDATA=             (X++(Y..Y))
-85.1	0.0337713
-85.2	0.248779
-85.3	0.444788
-85.4	0.667795
-85.5	0.944803
-85.6	1.18381
-85.7	1.27682
-85.8	1.11783
-85.9	0.773836
-86	0.412844
-86.1	0.126852
-86.2	0.0518606
-86.3	0.112869
-86.4	0.127876
-86.5	0.117885
-86.6	0.110893
-86.7	0.105901
-86.8	0.0919092
-86.9	0.122917
-87	0.173925
-87.1	0.166934
-87.2	0.0719419
-87.3	-0.16705
-87.4	-0.450042
-87.5	-0.610034
-87.6	-0.554026
-87.7	-0.263018
-87.8	0.0989904
-87.9	0.426998
-88	0.736006
-88.1	0.990015
-88.2	1.16202
-88.3	1.28703
-88.4	1.33904
-88.5	1.21005
-88.6	0.926055
-88.7	0.663063
-88.8	0.499072
-88.9	0.429079
-89	0.459088
-89.1	0.505096
-89.2	0.507104
-89.3	0.503112
-89.4	0.50512
-89.5	0.512128
-89.6	0.540136
-89.7	0.533145
-89.8	0.485153
-89.9	0.377161
-90	0.140169
-90.1	-0.166823
-90.2	-0.430815
-90.3	-0.564806
-90.4	-0.590799
-90.5	-0.592791
-90.6	-0.605783
-90.7	-0.588774
-90.8	-0.476766
-90.9	-0.266758
-91	0.10525
-91.1	0.644258
-91.2	1.34727
-91.3	2.06227
-91.4	2.61528
-91.5	2.99829
-91.6	3.2143
-91.7	3.36431
-91.8	3.52032
-91.9	3.65632
-92	3.59233
-92.1	3.23434
-92.2	2.77035
-92.3	2.42336
-92.4	2.20336
-92.5	2.09237
-92.6	2.06338
-92.7	1.97639
-92.8	1.7274
-92.9	1.4434
-93	1.26241
-93.1	1.26842
-93.2	1.53543
-93.3	1.97044
-93.4	2.48744
-93.5	2.95445
-93.6	3.27746
-93.7	3.54847
-93.8	3.84648
-93.9	4.14549
-94	4.36249
-94.1	4.4265
-94.2	4.41551
-94.3	4.40952
-94.4	4.40453
-94.5	4.38753
-94.6	4.44354
-94.7	4.67055
-94.8	5.02356
-94.9	5.46457
-95	5.93958
-95.1	6.33458
-95.2	6.69159
-95.3	7.0136
-95.4	7.22561
-95.5	7.40562
-95.6	7.56162
-95.7	7.72163
-95.8	7.96564
-95.9	8.34365
-96	8.89866
-96.1	9.64666
-96.2	10.4527
-96.3	11.1107
-96.4	11.6697
-96.5	12.3387
-96.6	13.1997
-96.7	14.2057
-96.8	15.1797
-96.9	15.9887
-97	16.7627
-97.1	17.5877
-97.2	18.4358
-97.3	19.2408
-97.4	19.9468
-97.5	20.5098
-97.6	20.9948
-97.7	21.4978
-97.8	21.9448
-97.9	22.2928
-98	22.5468
-98.1	22.8368
-98.2	23.2698
-98.3	23.8698
-98.4	24.5889
-98.5	25.2939
-98.6	25.8109
-98.7	26.0449
-98.8	26.1009
-98.9	26.1249
-99	26.2519
-99.1	26.5839
-99.2	27.0409
-99.3	27.4219
-99.4	27.6509
-99.5	27.8799
-99.6	28.1879
-99.7	28.656
-99.8	29.355
-99.9	30.29
-100	31.337
-100.1	32.231
-100.2	32.846
-100.3	33.209
-100.4	33.426
-100.5	33.567
-100.6	33.756
-100.7	34.116
-100.8	34.679
-100.9	35.5951
-101	36.8941
-101.1	38.3271
-101.2	39.6481
-101.3	40.7751
-101.4	41.8281
-101.5	42.9491
-101.6	44.2731
-101.7	46.0741
-101.8	48.3171
-101.9	50.4691
-102	52.4531
-102.1	54.5582
-102.2	56.7732
-102.3	58.9702
-102.4	61.1322
-102.5	63.1112
-102.6	64.9532
-102.7	67.0002
-102.8	69.2372
-102.9	71.3592
-103	73.3032
-103.1	75.3402
-103.2	77.3902
-103.3	79.3483
-103.4	81.1593
-103.5	82.4923
-103.6	83.6553
-103.7	84.8763
-103.8	86.1453
-103.9	87.5573
-104	88.9793
-104.1	90.3003
-104.2	91.5443
-104.3	92.7703
-104.4	93.8223
-104.5	94.5953
-104.6	95.0524
-104.7	95.2174
-104.8	95.3324
-104.9	95.4964
-105	95.5644
-105.1	95.5524
-105.2	95.5464
-105.3	95.5394
-105.4	95.5224
-105.5	95.3754
-105.6	95.0404
-105.7	94.6154
-105.8	93.9855
-105.9	93.0125
-106	91.9415
-106.1	91.0445
-106.2	90.2415
-106.3	89.3555
-106.4	88.3885
-106.5	87.2055
-106.6	85.7515
-106.7	84.0015
-106.8	82.2395
-106.9	80.6355
-107	79.0995
-107.1	77.6666
-107.2	76.3236
-107.3	75.3456
-107.4	74.6866
-107.5	74.0926
-107.6	73.4616
-107.7	72.6966
-107.8	71.7196
-107.9	70.6546
-108	69.6636
-108.1	68.7606
-108.2	67.9316
-108.3	67.2237
-108.4	66.7047
-108.5	66.3327
-108.6	66.0977
-108.7	65.8937
-108.8	65.7387
-108.9	65.6877
-109	65.6827
-109.1	65.6757
-109.2	65.6677
-109.3	65.7257
-109.4	65.9437
-109.5	66.3708
-109.6	66.9268
-109.7	67.3218
-109.8	67.5208
-109.9	67.7188
-110	67.9958
-110.1	68.3048
-110.2	68.6108
-110.3	68.8588
-110.4	69.0848
-110.5	69.3378
-110.6	69.6668
-110.7	70.0979
-110.8	70.4779
-110.9	70.7679
-111	71.1049
-111.1	71.5239
-111.2	71.8359
-111.3	72.0629
-111.4	72.4079
-111.5	72.6839
-111.6	72.7949
-111.7	72.7559
-111.8	72.4689
-111.9	72.0329
-112	71.478
-112.1	70.843
-112.2	70.116
-112.3	69.233
-112.4	68.182
-112.5	66.917
-112.6	65.505
-112.7	64.297
-112.8	62.732
-112.9	60.631
-113	58.798
-113.1	57.168
-113.2	55.4491
-113.3	53.5461
-113.4	51.4641
-113.5	49.2491
-113.6	47.0341
-113.7	44.7051
-113.8	42.0341
-113.9	39.1991
-114	36.4361
-114.1	33.8461
-114.2	31.5191
-114.3	29.4071
-114.4	27.2952
-114.5	25.4372
-114.6	24.0782
-114.7	22.8752
-114.8	21.7152
-114.9	20.4112
-115	18.9912
-115.1	17.5792
-115.2	16.1282
-115.3	14.6202
-115.4	13.2212
-115.5	12.0132
-115.6	10.9692
-115.7	10.0093
-115.8	9.11426
-115.9	8.20427
-116	7.39128
-116.1	6.70929
-116.2	5.9713
-116.3	5.3093
-116.4	4.80231
-116.5	4.42632
-116.6	4.14433
-116.7	3.92434
-116.8	3.70035
-116.9	3.40835
-117	3.04236
-117.1	2.67437
-117.2	2.33538
-117.3	1.98939
-117.4	1.70639
-117.5	1.3844
-117.6	0.98841
-117.7	0.639418
-117.8	0.366426
-117.9	0.238434
-118	0.259442
-118.1	0.386451
-118.2	0.488459
-118.3	0.476467
-118.4	0.361475
-118.5	0.234483
-118.6	0.182491
-118.7	0.178499
-118.8	0.0825076
-118.9	-0.214484
-119	-0.695477
-119.1	-1.05947
-119.2	-1.15646
-119.3	-1.08345
-119.4	-0.814444
-119.5	-0.448436
-119.6	-0.075428
-119.7	0.172581
-119.8	0.168589
-119.9	-0.0404029
-120	-0.381395
-120.1	-0.780387
-120.2	-1.07238
-120.3	-1.14237
-120.4	-1.00136
-120.5	-0.616354
-120.6	-0.254346
-120.7	-0.0963383
-120.8	-0.0633302
-120.9	-0.108322
-121	-0.131314
-121.1	-0.135306
-121.2	-0.141298
-121.3	-0.15429
-121.4	-0.127281
-121.5	0.00572634
-121.6	0.179735
-121.7	0.363743
-121.8	0.515751
-121.9	0.543759
-122	0.558767
-122.1	0.587776
-122.2	0.580783
-122.3	0.578792
-122.4	0.5848
-122.5	0.568808
-122.6	0.519816
-122.7	0.477824
-122.8	0.477832
-122.9	0.537841
-123	0.653848
-123.1	0.763856
-123.2	0.772865
-123.3	0.673873
-123.4	0.553881
-123.5	0.452888
-123.6	0.366897
-123.7	0.351905
-123.8	0.332913
-123.9	0.262921
-124	0.200929
-124.1	0.0939374
-124.2	-0.0260539
-124.3	-0.0710459
-124.4	-0.0770378
-124.5	-0.0840302
-124.6	-0.0930219
-124.7	-0.122014
##END=
