Mn Edge Data

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mn13a.086
R 13 ANNEALED 7 8 3-20-82

mn25a.087
R25 ANNEALED 7 8 3-20-82

mn25a.349
MN EDGE IN R25A 9 9 1-24-82

mn2o3.029
mn2o3 in duco

mn2o3.346
MN EDGE MN2O3 9 9 1-24-82

mn3o4.026
Mn3O4 in Duco

mn3o4.348
MN EDGE MN3O4 9 9 1-24-82

mn4au.360
2024, COB A,UNSEALED

mn4au.361
2024, COB A,UNSEALED

mn4au.362
2024, COB A,UNSEALED

mn4aus.362
2024, COB A, UNSEALED, SS

mn4aus.363
2024, COB A, UNSEALED, SS

mn4aus.364
2024, COB A, UNSEALED, SS

mnal.085
1000 PPM MN IN AL, NOT IRRADIATED 7 8 3-20-82

mnal.122
1000 PPM MN IN AL (CONTROL) AT RT 5-15-80

mnal.123
1000 PPM MN IN AL (CONTROL) AT RT 5-15-80

mnal.124
1000 PPM MN IN AL (C0NTR0L) AT RT 5-15-80

mnal.125
1000 PPM MN IN AL, 2.2E21 NEUTRONS/SQ CM AT RT 5-15-80

mnal.126
1000 PPM MN IN AL,2.2E21 NEUTRONS/CM,RT 5-15-80

mnal.515
1000 PPM MN IN AL E YIELD 6 7 5- 4-86

mnal.517
1000 PPM MN IN AL 6 7 5- 4-86

mnal.518
1000 PPM MN IN AL 6 7 5- 4-86

mnal.519
1000 PPM MN IN AL 6 7 5- 4-86

mnal.520
1000 PPM MN IN AL 6 7 5- 4-86

mnal.521
1000 PPM MN IN AL 6 7 5- 4-86

mnal.522
1000 PPM MN/AL 6 7 5- 4-86

mnal.523
1000 PPM MN/AL 6 7 5- 4-86

mnal.524
1000 PPM MN/AL DAMAGED 6 7 5- 4-86

mnal.525
1000 PPM MN/AL DAMAGED 6 7 5- 4-86

mnal.526
1000 PPM MN/AL DAMAGED 6 7 5- 4-86

mnal.527
1000 PPM MN/AL DAMAGED 6 7 5- 4-86

mnal.528
1000 PPM MN/AL DAMAGED 6 7 5- 4-86

mnala.521
1000 PPM MN IN AL 6 7 5- 4-86

mnala.528
1000 PPM MN/AL DAMAGED 6 7 5- 4-86

mnaqua.002
Sago top site 5 6/92 789 ppm Mn n here>

mnaqua.003
Sago top site 5 1/92 1002 ppm Mn here>

mnaqua.004
Ran. aquatilis site 2 9/92 >15,000 ppm Mn

mnaqua.005
Pot. crispus top site 2 9/92 2432 ppm Mn

mnaqua.006
Mn Foil Check run

mnaqua.007
Mn Foil Check run II

mnaqua.008
Mn Foil Check run II

mnaqua.009
Tomato Std. Top 20 to 50 ppm Mn

mnaqua.017
Alfalfa STO, 30 ppm Mn

mnaqua.018
Wigdeongrass tops site 6a 9/92 2500 ppm Mn

mnash.204
FLY ASH NO.1 209UG/G 7 7 6-13-81

mnash.205
FLY ASH NO.4 309UG/G MN 7 7 6-13-81

mnash.206
ST HELENS ASH .063% MNO (PULLMAN) 7 7 6-13-81

mnbe.233
MN IN S200E BE 7 7 4-23-84

mnbe.234
MN IN HI PURITY BE 7 7 4-23-84

mnbot.067
BROWN BEER BOTTLE 7 8 3-20-82

mncas.010
Filtered fines from Castelton Tailings, wet on filter paper

mncas.011
Coarse sand remaining from Tailings after H2O extraction

mncas.012.1
Filtered extract from 10 g/100 ml, Tailings

mncas.012
Mn edge in Castelton tailings sand

mncas.013.1
0.1 M Mn(H2O)6 made from MnCl2.4H2O

mncas.013
Mn edge in Castelton tailings sand

mncl2.030
MnCl2.4H2o in electron yield

mnco.072
EXXON COAL NO 1 7 8 3-20-82

mnco.073
EXXON COAL NO 1 7 8 3-20-82

mnco.074
EXXON COAL NO 1 7 8 3-20-82

mnco.075
EXXON COAL NO 2 7 8 3-20-82

mnco.076
EXXON COAL NO 2 7 8 3-20-82

mnco.077
EXXON COAL NO 2 7 8 3-20-82

mncok.071
EXXON COKE 7 8 3-20-82

mnfl.073
MN FOIL AT RT IN FLU DET 5UM 7 7 1-18-83

mnfl.079
MNFOIL AT RT ON FLU DET 5UM 7 8 1-18-83

mnfl.083
5UM MN FOIL AT RT IN FLU DET 7 8 1-18-83

mnfl.087
MN FOIL 5UM AT RT IN FLU DET 7 8 1-18-83

mnfl.108
MN FOIL 7 7 12-20-86

mnfl.516
MN FOIL 6 7 5- 4-86

mnfoi.056
5UM MN FOIL IN FLU DET AT RT 7 8 3-19-82

mnfoil.001.1

mnfoil.001

mnfoil.014
Mn edge in Castelton tailings sand

mnfoil.078
MN FOIL 7 8 3-20-82

mnfoil.081
MN FOIL AT RT 7 8 3-20-82

mnfoil.089
5 UM MN FOIL AT RT 7 8 3-20-82

mnfoil.128
MN FOIL AT RT 5-15-80

mnfoil.129
MN FOIL AT RT 5-15-80

mnfoil.143
5 UM MN FOIL AT RT 5-15-80

mnfoil.209
7UM MN FOIL AT RT 7 7 6-13-81

mnfoil.210
5 UM MN FOIL AT RT 10-10-80

mnfoil.281
400 MESH MN POWDER

mnfoil.358
5 UM MN FOIL

mnfoil.359
5 UM MN FOIL

mnfoil.366
5 UM MN FOIL

mnfoil.525
MN FOIL 7 8 7- 1-83

mnfoil.651
MN FOIL FROM GRAHAM GEORGE

mnfort.001
MN FOIL AT RT

mnfrit.102
MN FRIT 7 7 11- 5-87

mnfrit.103
MN FRIT 7 7 11- 5-87

mnfrit.104
MN FRIT 7 7 11- 5-87

mnfrit.105
MN FRIT 7 7 11- 5-87

mng.231
K2641 1% MN IN NA2SI3 GLASS 7 7 1-18-87

mng.232
K2641 7 7 1-18-87

mng.233
K2641 1% MN IN NA2SIO3 GLASS 7 7 1-18-87

mng.234
K2641 1% MN IN NA2SIO3 GLASS 7 7 1-18-87

mng.235
K2641 1% MN IN NA2SIO3 GLASS 7 7 1-18-87

mng.236
K2641 1% MN IN NA2SIO3 GLASS 7 7 1-18-87

mng.237
K2641 1% MN IN NA2SIO3 GLASS 7 7 1-18-87

mng.238
K2641 1% MN IN NA2SIO3 GLASS 7 7 1-18-87

mng.239
K2641 1% MN IN NA2SIO3 GLASS 7 7 1-18-87

mng.313
MN GLASS IN DUCO OPTICAL SCAN 7 7 1-15-87

mng.314
MN GLASS IN DUCO OPTICAL SCAN 7 7 1-15-87

mng.315
no documentation is available for this file

mng.316
MN GLASS IN DUCO OPTICAL SCAN 7 7 1-15-87

mng.317
MN GLASS IN DUCO OPTICAL SCAN 7 7 1-15-87

mng.318
MN GLASS IN DUCO OPTICAL SCAN 7 7 1-15-87

mng.319
MN GLASS IN DUCO OPTICAL SCAN 7 7 1-15-87

mng.320
MN GLASS IN DUCO OPTICAL SCAN 7 7 1-15-87

mng.321
MN GLASS IN DUCO OPTICAL SCAN 7 7 1-15-87

mng.322
1% MNO SODIUM SILICATE GLASS 7 7 1-15-87

mng.323
1% MNO GLASS 7 7 1-15-87

mng.324
1% MNO GLASS 7 7 1-15-87

mng.325
5% MNO SODIUM PHOSPHATE GLASS 7 7 1-15-87

mng.326
MN GLASS TETRA + OCTA 7 7 1-15-87

mng.327
1%MNO IN NA SILICATE K2641 7 7 1-15-87

mng.328
K2641 1% MN IN NA2SIO3 7 7 1-15-87

mng.340
K2644 5MNO IN NA2O P2O5 GLASS 7 7 1-18-87

mng.341
5% MNO OCTAHEDRAL SAMPLE 7 7 1-18-87

mng.342
5% MNO GLASS OPTICAL SCAN OCTA SAMPLE 7 7 1-18-87

mng.343
5% MNO GLASS OPTICAL SCAN OCTA SAMPLE 7 7 1-18-87

mng.344
5% MNO GLASS OPTICAL SCAN OCTA SAMPLE 7 7 1-18-87

mng.345
5% MNO GLASS OPTICAL SCAN OCTA SAMPLE 7 7 1-18-87

mng.346
5% MNO GLASS OPTICAL SCAN OCTA SAMPLE 7 7 1-18-87

mng.347
5% MNO GLASS OPTICAL SCAN OCTA SAMPLE 7 7 1-18-87

mng.348
5% MNO GLASS OPTICAL OCTA SAMPLE 7 7 1-18-87

mng.349
1% MNO GLASS TETRA SAMPLE OPTICAL SCAN 7 7 1-18-87

mng.350
1% MNO TETRA GLASS OPTICAL SCAN 7 7 1-18-87

mng.351
4%MNO GLASS O+T SAMPLE 7 7 1-19-87

mng.362
no documentation is available for this file

mng.363
no documentation is available for this file

mng.364
.22% MNO2 IN SIO2 7 7 1-19-87

mng.365
.22% MNO2 IN SIO2 7 7 1-19-87

mng.366
.22% MNO2 IN SIO2 7 7 1-19-87

mng.367
.22% MNO2 IN SIO2 7 7 1-19-87

mngl.060
1% MNO GLASS OPTICAL SCAN 7 8 11-30-87

mngl.061
1% MNO GLASS OPTICAL SCAN 7 8 11-30-87

mngl.062
1%MN K2641 NO FIBRE NEW SPECIMEN 7 8 11-30-87

mngl.063
O.2%MN K2758 NEW NBS GLASS NO FIBRE 7 8 11-30-87

mngl.064
.2%MN HUTCH LIGHT OFF REPEAT OF 063 7 8 11-30-87

mngl.065
.2%MN THIN NO FIBRE HUTCH LITE OFF 7 8 11-30-87

mngl.066
.2%MNO GLASS OPTICAL 7 8 12- 1-87

mngl.067
.2% MNO GLASS OPTICAL SCAN 7 8 12- 1-87

mngl.068
1%MNO GLASS OPTICAL 7 8 12- 1-87

mngl.103
BATTELLE IN SITU GLASS 7 7 3-14-89

mngl.127
PURPLE GLASS, 3% MNO2, AT RT 5-15-80

mngl.214
3% MNO2 IN PURPLE GLASS AT RT 10-10-80

mngl.236
.2% MN IN NA2SIO3 GLASS 7 7 12- 6-87

mngl.237
.2% MN IN NA2SIO3 GLASS 7 7 12- 6-87

mngl.312
MN GLASS IN DUCO OPTICAL SCAN 7 7 1-15-87

mnh2o.015
.025 M Mn2+ from MnSO4.xH2O

mnh2o.016
.25 M Mn2+ from MnSO4.xH2O

mnhalo.104
MN EDGE IN COOL WHITE HALO (SB MN) 7 7 12-20-86

mnhalo.105
MN EDGE IN COOL WHITE HALO (SB MN) 7 7 12-20-86

mnhalo.106
MN EDGE IN COOL WHITE HALO (SB MN) 7 7 12-20-86

mnhalo.107
MN EDGE IN COOL WHITE HALO (SB MN CD) 7 7 12-20-86

mnhi.002
MMT in premium unleaded exhaust on gf/c filter paper

mnhi.003
Soil HI2:1-5 .25m 0-5 cm Mn=2553.6

mnhi.004
Soil HI2:1-3 .25m 5-10cm Mn=3172

mnhi.005
Premium unleaded Chevron gasoline

mnhi.006
Mn-HI1:2-2 crested wheat grass 1m Mn=14.0 ppm

mnhi.007
HI2:1-6 Soil .25m 10-20cm Mn=3283.2

mnhi.008
HI2:1-9 Soil 18 m 0-5cm Mn=270.4

mnhi.009
HI2:1-10 Soil 40m 0-5cm Mn=289.6

mnhi.010
Methylcyclopenta dienyl Maganese tricarbonyl in Naphtha

mnhi.011
Regular leaded gasoline in vile

mnhi.012
Regular leaded gasoline in vile rerun at gain 1x

mnhi.013
Mn-HI1:5-7 widgeon grass leaf tissue Mn=1173.0

mnhi.014
Mn-HI1:5-7 widgeon grass leaf tissue Mn=1173.0

mnhi.017
regular unleaded gas in vial

mnhi.018
regular unleaded gas in vial

mnhi.019
regular unleaded gas in vial

mnhi.020
regular unleaded gas in vial

mnhi.021
regular leaded gas in vial

mnhi.022
premium unleaded gas in vial (Chevron 91 octane)

mnhi.023
0.025M Mn in poly vial

mnhi.024
GF/C filter paper (Blank)

mnhi.025
FS2:4-2 Widgeon grass leaf tissue Mn=21.0 ppm

mnhi.026
FS2:4-2 Widgeon grass leaf tissue Mn=21.0 ppm

mnhi.027
Arco premium unleaded gasoline (92 octane) California

mnhi.028
Mn-HI1:1-3 Kochia .5m Mn=186.0

mnhi.029
Mn-HI2:4-6 Kochia 7m Mn= 46.0

mnhi.030
Mn-HI1:2-11Crested Wheat grass 15 m Mn=66 ppm

mnhi.031
MnCO3 reference in Duco

mnk.100
KMNO4 7 7 11- 5-87

mnk.101
KMNO4 7 7 11- 5-87

mnks.718
K2MN2(SO4)3 6 8 4-24-90

mnks.719
K2MN2(SO4)3 IN DUCO AT RT 6 8 4-24-90

mnks.720
K2MN2(SO4)3 IN DUCO AT RT 6 8 4-24-90

mnks.721
MN2K2(SO4)3 AT LN TEMP 6 8 4-24-90

mnks.722
MN2K2(SO4)3 AT LN TEMP 6 8 4-24-90

mnks.723
MN2K2(SO4)3 AT LN TEMP 6 8 4-24-90

mnkss.724
MN2K2(SO4)3 AT LN TEMP 6 8 4-24-90

mnl.074
LUNAR GLASS #15427,63 7 7 1-18-83

mnl.075
LUNAR GLASS #15427 7 7 1-18-83

mnl.076
LUNAR GLASS #15427,63 7 7 1-18-83

mnl.077
LUNAR GLASS #15427,63 7 7 1-18-83

mnl.078
LUNAR GLASS #15427,63 7 7 1-18-83

mnl.080
LUNAR GLASS 74220,678 7 8 1-18-83

mnl.081
LUNAR GLASS 74220,678 7 8 1-18-83

mnl.084
LUNAR GLASS #60095,35 7 8 1-18-83

mnl.085
LUNAR GLASS #60095,35 7 8 1-18-83

mnl.086
LUNAR GLASS #60095,35 7 8 1-18-83

mnl.341
LUNAR SAMPLE 60095-35 MN EDGE 9 8 1-24-82

mnl.342
60095-35 LUNAR MN EDGE 9 9 1-24-82

mnl.343
MN EDGE 74220 LUNAR 9 9 1-24-82

mnl.344
MN EDGE 15427-63 LUNAR 9 9 1-24-82

mnlig.082
ARKANSAS LIGNITE 7 8 3-20-82

mnlig.083
ARKANSAS LIGNITE 7 8 3-20-82

mnlig.084
ARKANSAS LIGNITE 7 8 3-20-82

mnmac.019
MN FOIL CHECK RUN

mnmac.020
POT. FILAFORMIS TOP STIE 1 9/92 3550 PPM MN

mnmac.021
SAGO ROOT SITE 7 9/92 322 PPM MN

mnmac.022
AZOLLA SITE 7 9/92 52 PPM MN

mnmac.023
Panicum spec. site 6 9/92 72 ppm Mn

mnmac.024
Mn in fresh spinach leaves

mnmet.340
MN MET STANDARD 9 8 1-24-82

mnmet.350
MN METAL EDGE SCAN 9 9 1-24-82

mnmr13.207
MNO METAMICT 7 7 6-13-81

mnmr24.208
.2% MNO METAMICT 7 7 6-13-81

mnmr25.208
.46%MNO METAMICT 7 7 6-13-81

mnnod.088
EAST PACIFIC NODULE 7 8 3-20-82

mno.016
MnO in Duco

mno.132
MNO AT RT 5-15-80

mno.133
MNO AT RT 5-15-80

mno.364
MNO IN DUCO

mno.365
MNO IN DUCO

mno.366
MNO IN DUCO

mno2.028
mno2 in duco

mno2.130
MNO2 AT RT 5-15-80

mno2.131
MNO2 AT RT 5-15-80

mno2.347
MN EDGE MNO2 STANDARD 9 9 1-24-82

mno4k.031
KMnO4 in electron yield

mno4k.032
KMnO4 in electron yield

mno4k.033
KMnO4 in electron yield

mno4sn.015
0.1 M KMnO4 solution

mnob.064
BLACK NEVADA OBSIDIAN 7 8 3-20-82

mnob.065
BLACK NEVADA OBSIDIAN 7 8 3-20-82

mnob.066
BLACK NEVADA OBSIDIAN 7 8 3-20-82

mnp.034
MnP in electron yield

mnp1rt.001
MN CHLORIDE 0.1 M IN 0.8 MM CELL AT RT

mnpdr.524
CU-MN SALT, 5 % CU, POWDER FORM 7 8 7- 1-83

mns.025
MnS in Cuco

mns.134
MNS AT RT 5-15-80

mns.135
MNS AT RT 5-15-80

mns.345
MN EDGE MNS 9 9 1-24-82

mnsago.001
Sago Top 10/11/91 site 2 5000 ppm

mnsago.002
Sago Top 10/11/91 site 2 5000 ppm

mnsago.003
Sago root 3700 ppm 12/91

mnsago.004
Z. Marina 8/91 93 ppm

mnsago.005
Lemna minor +mncl2

mnsago.006
Soil organic fraction

mnsago.007
Mn in Sago Top rerun

mnsago.008
Mn in Sago root rerun

mnsago.009
Clay and Silt fraction Mn

mnsago.010
Soil fines fraction Mn

mnsago.011
Soil composite of S. canal soil

mnse.136
MNSE AT RT 5-15-80

mnse.137
MNSE AT RT 5-15-80

mnsi.202
.22% MNO2 IN SIO2 918GU2 7 7 6-13-81

mnsi.203
3% MNO2 PURPLE GLASS 7 7 6-13-81

mnsi.211
.22% MNO2 IN SIO2 AT RT 10-10-80

mnsi.212
.22% MNO2 IN SIO2 AT RT 10-10-80

mnsi.213
.22% MNO2 IN SIO2 AT RT 10-10-80

mnso.725
MNSO, ELECT. YIELD 6 8 4-24-90

mnso4.027
MnSO4.H2O in Duco, white

mnsol.014
0.1 M Mn(H2O)6 made from MnCl2.4H2O

mntek.057
OKEEFE INDOCHINA TEKTITE 7 8 3-19-82

mntek.058
USNM-2172 TEKTITE THAILAND 73%SIO2 7 8 3-19-82

mntek.059
USNM 2172 TEKTITE THAILAND 73% SIO2 7 8 3-19-82

mntek.060
USNM 2172 TEKTITE THAILAND 73% SIO2 7 8 3-19-82

mntek.068
USNM 2474 CZECH TEKTITE 7 8 3-20-82

mntek.069
USNM 2474 CZECH TEKTITE 7 8 3-20-82

mntek.070
USNM 2474 CZECH TEKTITE 7 8 3-20-82

mnxtl.523
CU-MN SALTS, 1.2% CU, SMALL CRYSTALS PERP. TO BEAM 7 8 7- 1-83

mnybc.101
10% MN IN YBC 6 6 12- 1-87

mnybc.102
no documentation is available for this file

mnybc.661
1% MN IN YBC FROM LUHMAN

mnybc.662
1% MN IN YBC FROM LUHMAN

mnybc.663

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