Index | Group Name | Decomposition | Technique |
---|---|---|---|
1 | Pb | - | - | ||
2 | Pb | NONE | AAS-FLAME | None | Flame |
3 | Pb | NONE | AAS-FLAME-6 | None | C2H2/Air |
4 | Pb | NONE | XRAY_FLUOR | None | X-ray fluorescence |
5 | Pb | NONE | ICP-ES | None | IC plasma – emission spectroscopy |
6 | Pb | NONE | ICP-MS | None | IC plasma / mass spectrometry |
7 | Pb | NONE | Powder D-C | None | Powder D-C Arc |
8 | Pb | NONE | PIXE | None | PIXE |
9 | Pb | NONE | WD-XRF | None | WD-XRF |
10 | Pb | NONE | pXRF | None | pXRF |
11 | Pb | ACID | ICP-ES | Acid | IC plasma – emission spectroscopy |
12 | Pb | STR ACID | ICP-ES | Strong Acid | IC plasma – emission spectroscopy |
13 | Pb | STR ACID | ICP-MS | Strong Acid | IC plasma / mass spectrometry |
14 | Pb | MOD ACID | ABSORP | Moderate Acid | Absorption |
15 | Pb | ACID+FUS | ICP-ES | Acid + Fusion | IC plasma – emission spectroscopy |
16 | Pb | ACID+FUS | ICP-MS | Acid + Fusion | IC plasma / mass spectrometry |
17 | Pb | AR | ROOT | Aqua Regia (sensu lato) | Technique |
18 | Pb | AR | ABSORP | Aqua Regia (sensu lato) | Absorption |
19 | Pb | AR | FLUOR | Aqua Regia (sensu lato) | Fluorescence |
20 | Pb | AR | AAS-FLAME | Aqua Regia (sensu lato) | Flame |
21 | Pb | AR | AAS-FLAME-6 | Aqua Regia (sensu lato) | C2H2/Air |
22 | Pb | AR | ICP-ES | Aqua Regia (sensu lato) | IC plasma – emission spectroscopy |
23 | Pb | AR | ICP-MS | Aqua Regia (sensu lato) | IC plasma / mass spectrometry |
24 | Pb | AR (ss) | ICP-ES | Aqua Regia (sensu stricto) | IC plasma – emission spectroscopy |
25 | Pb | LEFORT | ABSORP | Lefort | Absorption |
26 | Pb | LEFORT | AAS-FLAME-6 | Lefort | C2H2/Air |
27 | Pb | LEFORT | ICP-ES | Lefort | IC plasma – emission spectroscopy |
28 | Pb | 4-acid | AAS-FLAME-6 | 4-acid | C2H2/Air |
29 | Pb | 4-acid | ICP-ES | 4-acid | IC plasma – emission spectroscopy |
30 | Pb | 4-acid | ICP-MS | 4-acid | IC plasma / mass spectrometry |
31 | Pb | AR (Acme[1]) | ICP-MS | Aqua regia (Acme[1]) | IC plasma / mass spectrometry |
32 | Pb | AR (Acme[1]) | ICP-MS/ES | Aqua regia (Acme[1]) | ICP-MS and ICP-ES |
33 | Pb | 4-acid (Acme) | ICP-MS | Four-acid (Acme) | IC plasma / mass spectrometry |
34 | Pb | Unknown | ROOT | Unknown | Technique |
35 | Pb | Unknown | ICP-ES | Unknown | IC plasma – emission spectroscopy |
36 | Pb | Unknown | ICP-MS | Unknown | IC plasma / mass spectrometry |
37 | Pb | AR-NGR | AAS-FLAME-6 | Aqua regia (NGR) | C2H2/Air |
38 | Pb | AR-NGR-STREAM-1 | AAS-FLAME-6 | Aqua regia (NGR stream) | C2H2/Air |
39 | Pb | AR-NGR-STREAM-3 | AAS-FLAME-6 | Aqua regia (NGR stream) (alternate) | C2H2/Air |
40 | Pb | HF-HNO3-HClO4 | ABSORP | 3 acid mixture | Absorption |
41 | Pb | 3 acid-LiBO2 | ICP-ES | 3 acid mixture + LiBO2 fusion | IC plasma – emission spectroscopy |
42 | Pb | 3 acid-LiBO2 | ICP-MS | 3 acid mixture + LiBO2 fusion | IC plasma / mass spectrometry |
43 | Pb | BO2/B4O7 | ICP-MS/ES | Borate and/or tetraborate | ICP-MS and ICP-ES |
44 | Pb | Borate/HNO3 | ICP-MS | Borate/tetraborate, plus HNO3 | IC plasma / mass spectrometry |
45 | Pb | Borate/HNO3 | ICP-MS/ES | Borate/tetraborate, plus HNO3 | ICP-MS and ICP-ES |
46 | Pb | K2S2O7 | Dithizone | Potassium pyrosulphate | Dithizone |
47 | Pb | Aqua regia (NASGLP) | ICP-MS/ES | Aqua regia (NASGLP) | ICP-MS and ICP-ES |
48 | Pb | Water | ICP-MS/ES | Water | ICP-MS and ICP-ES |
49 | Pb | HF-HCl-HClO4 | ICP-ES | 3 acid mixture | IC plasma – emission spectroscopy |
50 | Pb | AR (BVM) | ICP-MS | Aqua regia (BVM) | IC plasma / mass spectrometry |
51 | Pb | AR-NGR-STREAM-4 | AAS-FLAME-6 | AR-NGR-STREAM-4 | C2H2/Air |
52 | Pb | HF-HClO4 | AAS-FLAME | HF-HClO4 | Flame |
53 | Pb | AR (Acme[2]) | ICP-MS | Aqua regia (Acme[2]) | IC plasma / mass spectrometry |
54 | Pb | Multiple | INA/ICP-MS | Multiple | INAA and ICP-MS |
55 | Pb | Multiple | MULTIPLE | Multiple | Multiple |
Keywords
Lead
Keyword Definition
Lead
Category: Analysed quantities
Subcategory: Element
Keywords corresponding to analysed quantities. The types of analysed quantities have been grouped into eleven different subcategories.Examples: “Au”, “pH”.Taken from the “Analytical_Quantities_SHARED” database table. The subcategories are taken from the “Analytical_Quantity_Types_SHARED” database table.
ID | Units | Det. Limit | Technique | Decomposition |
---|---|---|---|---|
1 | ppm | 0.2 | C2H2/Air | None |
2 | ppm | 2 | C2H2/Air | 4-acid |
3 | ppm | 0.05 | IC plasma – emission spectroscopy | None |
4 | ppb | 0.01 | IC plasma / mass spectrometry | None |
5 | ppb | IC plasma / mass spectrometry | None | |
6 | ppm | 2 | Absorption | Lefort |
7 | ppm | 2 | Absorption | Lefort |
8 | ppm | 2 | Fluorescence | Aqua Regia (sensu lato) |
9 | ppm | 0.5 | Technique | Aqua Regia (sensu lato) |
10 | ppm | 0.5 | Technique | Aqua Regia (sensu lato) |
11 | ppm | 2 | IC plasma – emission spectroscopy | Aqua Regia (sensu lato) |
12 | ppm | Absorption | Aqua Regia (sensu lato) | |
13 | ppm | 2 | Absorption | Lefort |
14 | ppm | IC plasma – emission spectroscopy | Unknown | |
15 | ppm | 2 | Absorption | 3 acid mixture |
16 | ppm | 2 | IC plasma – emission spectroscopy | Aqua Regia (sensu stricto) |
17 | ppm | Absorption | Moderate Acid | |
18 | ppm | 3 | INAA and ICP-MS | Multiple |
19 | ppm | 2 | C2H2/Air | Aqua regia (NGR) |
20 | ppm | 2 | C2H2/Air | Aqua regia (NGR) |
21 | ppm | 2 | C2H2/Air | Aqua regia (NGR stream) |
22 | ppm | 2 | C2H2/Air | Aqua regia (NGR stream) (alternate) |
23 | ppm | 2 | C2H2/Air | Aqua regia (NGR) |
24 | ppm | 2 | C2H2/Air | Aqua Regia (sensu lato) |
25 | ppm | 2 | C2H2/Air | Aqua regia (NGR) |
26 | ppm | 2 | IC plasma – emission spectroscopy | Aqua Regia (sensu lato) |
27 | ppm | 0.01 | ICP-MS and ICP-ES | Aqua regia (Acme[1]) |
28 | ppm | 0.01 | ICP-MS and ICP-ES | Aqua regia (NASGLP) |
29 | ppb | 0.5 | Flame | None |
30 | ppm | 5 | Dithizone | Potassium pyrosulphate |
31 | ppm | 0.01 | IC plasma / mass spectrometry | Aqua Regia (sensu lato) |
32 | ppm | IC plasma – emission spectroscopy | 4-acid | |
33 | ppm | IC plasma – emission spectroscopy | Aqua Regia (sensu stricto) | |
34 | ppm | Absorption | 3 acid mixture | |
35 | ppb | 0.8 | ICP-MS and ICP-ES | Water |
36 | ppm | 0.6 | IC plasma / mass spectrometry | Strong Acid |
37 | ppm | 1 | IC plasma / mass spectrometry | 3 acid mixture + LiBO2 fusion |
38 | ppm | IC plasma – emission spectroscopy | 3 acid mixture + LiBO2 fusion | |
39 | ppm | 2 | Absorption | Lefort |
40 | ppm | 2 | IC plasma – emission spectroscopy | Lefort |
41 | ppm | 5 | X-ray fluorescence | None |
42 | ppm | 5 | X-ray fluorescence | None |
43 | ppm | 1 | Absorption | Moderate Acid |
44 | ppm | IC plasma – emission spectroscopy | Acid | |
45 | ppm | 2 | Technique | Unknown |
46 | ppm | 1 | Absorption | Moderate Acid |
47 | ppm | 4 | IC plasma – emission spectroscopy | Strong Acid |
48 | ppm | 3 | IC plasma – emission spectroscopy | Strong Acid |
49 | ppm | 3 | IC plasma – emission spectroscopy | Strong Acid |
50 | ppm | 2 | Absorption | Moderate Acid |
51 | ppm | 5 | X-ray fluorescence | None |
52 | ppm | 2 | IC plasma – emission spectroscopy | Aqua Regia (sensu lato) |
53 | ppm | 2 | IC plasma – emission spectroscopy | Aqua Regia (sensu lato) |
54 | ppm | 2 | IC plasma – emission spectroscopy | Aqua Regia (sensu lato) |
55 | ppm | 10 | IC plasma – emission spectroscopy | Acid + Fusion |
56 | ppm | 2 | IC plasma / mass spectrometry | Acid + Fusion |
57 | ppm | 0.01 | IC plasma / mass spectrometry | Aqua regia (Acme[1]) |
58 | ppm | 5 | IC plasma – emission spectroscopy | 4-acid |
59 | ppm | 5 | IC plasma – emission spectroscopy | 4-acid |
60 | ppm | Technique | Unknown | |
61 | ppm | Technique | Unknown | |
62 | ppm | Technique | Unknown | |
63 | ppm | Technique | Unknown | |
64 | ppm | Technique | Unknown | |
65 | ppm | Technique | Unknown | |
66 | ppm | Technique | Unknown | |
67 | ppm | Technique | Unknown | |
68 | ppm | 5 | WD-XRF | None |
69 | ppm | 0.1 | IC plasma / mass spectrometry | Unknown |
70 | ppm | Multiple | Multiple | |
71 | ppm | Multiple | Multiple | |
72 | ppm | Multiple | Multiple | |
73 | ppm | Multiple | Multiple | |
74 | ppm | Multiple | Multiple | |
75 | ppm | Multiple | Multiple | |
76 | ppm | 3 | IC plasma – emission spectroscopy | 4-acid |
77 | ppm | 0.1 | IC plasma / mass spectrometry | Aqua regia (Acme[1]) |
78 | ppm | 0.02 | IC plasma / mass spectrometry | Four-acid (Acme) |
79 | ppm | Multiple | Multiple | |
80 | ppm | 1 | PIXE | None |
81 | ppm | 5 | ICP-MS and ICP-ES | Borate and/or tetraborate |
82 | ppm | 2 | IC plasma / mass spectrometry | 4-acid |
83 | ppm | 30 | IC plasma – emission spectroscopy | Unknown |
84 | ppm | pXRF | None | |
85 | ppm | 1 | pXRF | None |
86 | ppm | 1 | pXRF | None |
87 | ppm | 1 | IC plasma – emission spectroscopy | 3 acid mixture |
88 | ppm | 0.01 | IC plasma / mass spectrometry | Aqua regia (BVM) |
89 | ppm | 2 | C2H2/Air | AR-NGR-STREAM-4 |
90 | ppm | 2 | IC plasma – emission spectroscopy | Aqua Regia (sensu lato) |
91 | ppm | 0.01 | IC plasma / mass spectrometry | Aqua Regia (sensu lato) |
92 | ppm | 5 | IC plasma – emission spectroscopy | 4-acid |
93 | ppm | 2 | Flame | Aqua Regia (sensu lato) |
94 | ppm | 5 | IC plasma / mass spectrometry | Borate/tetraborate, plus HNO3 |
95 | ppm | 2 | Powder D-C Arc | None |
96 | ppm | 20 | Powder D-C Arc | None |
97 | ppm | Flame | HF-HClO4 | |
98 | ppm | Flame | HF-HClO4 | |
99 | ppm | 0.01 | IC plasma / mass spectrometry | Aqua regia (Acme[1]) |
100 | ppm | 1 | ICP-MS and ICP-ES | Borate/tetraborate, plus HNO3 |
101 | ppm | 0.01 | IC plasma / mass spectrometry | Aqua regia (Acme[2]) |
Index | Suite ID | Suite Name |
---|---|---|
1 | 1 | Bondar-Clegg/TSD 2 micron 10 element AAS (with Ag) |
2 | 9 | Chemex/TSD 2 micron 12 element ICP/AES |
3 | 19 | Geoscience Labs, (OGS) Lithogeochemical Database: miscellaneous analytical methods |
4 | 20 | Geoscience Labs, (OGS) Lithogeochemical Database: ICP-MS, ICP-AES methods |
5 | 22 | INRS XRF (1) |
6 | 23 | INRS XRF (2) |
7 | 28 | NBDNRE AAS |
8 | 41 | ActLabs ICP-AES (7 elements) |
9 | 42 | Bondar-Clegg/TSD 2 micron 9 element AAS |
10 | 44 | Chemex/TSD 2 micron 9 elements unknown methods |
11 | 49 | Chemex/TSD 63 micron 5 elements AAS |
12 | 50 | Bondar-Clegg/TSD 2 micron 10 element AAS (with Cd) |
13 | 51 | Chemex/TSD 2 micron 11 element ICP/AES |
14 | 61 | ActLabs ICP-AES (19 elements; 1999; 4-acid) |
15 | 62 | ActLabs ICP-AES (19 elements; 2001; 4-acid) |
16 | 63 | ActLabs ICP-AES (19 elements; 2002; 4-acid) |
17 | 65 | ActLabs ICP-AES (19 elements; 4-acid) |
18 | 68 | Bondar-Clegg AAS |
19 | 84 | Bondar-Clegg AAS (11 elements) |
20 | 87 | Chemex AAS (11 elements) |
21 | 91 | Bondar-Clegg AAS (10 elements) |
22 | 92 | Bondar-Clegg AAS (8 elements) |
23 | 94 | Chemex ICP-AES (Hg ppm) (32 elements) |
24 | 95 | Chemex/TSD ICP-AES/MS ? (38 elements) |
25 | 96 | Chemex/TSD ICP-AES/MS ? (24 elements) |
26 | 99 | Chemex ICP-AES (Hg ppb, Cd:0.05, La:0.5) (32 elements) |
27 | 102 | Geoscience Labs, (OGS) MRD143 Lithogeochemical Database: miscellaneous analytical methods |
28 | 104 | Geoscience Labs, (OGS) MRD 155, Teck-Gauthier A3, miscellaneous analytical methods |
29 | 105 | Geoscience Labs, (OGS) MRD 155, Teck-Gauthier A4, miscellaneous analytical methods |
30 | 110 | Geoscience Labs, (OGS) MRD 155, Clifford-intrusions, miscellaneous analytical methods |
31 | 112 | Geoscience Labs, (OGS) MRD 155, Ben Nevis-Clifford, miscellaneous analytical methods |
32 | 113 | Geoscience Labs, (OGS) MRD 155, Tisdale, miscellaneous analytical methods |
33 | 114 | Bondar-Clegg Cu, Pb, Zn AAS |
34 | 117 | Bondar-Clegg AAS (8), LeForte digestion |
35 | 125 | Chemex ICP-AES (10) |
36 | 126 | Quebec Geoscience Centre (QGC): X-Ray Fluorescence (XRF) (12 elements) |
37 | 134 | Barringer AAS (11 elements) |
38 | 135 | Chemex ICP-AES (Hg ppm) (33 elements) |
39 | 140 | Chemex ICP-AES (Hg ppb, Cd:0.5, La:10) (32 elements) |
40 | 141 | Bondar Clegg ICP-AES (38 elements) |
41 | 142 | Bondar Clegg ICP-AES (31 elements) |
42 | 148 | CanTech AAS (unknown acid digestion) |
43 | 153 | GSC ICP-AES (110 trace elements) |
44 | 155 | GSC ICP-MS (110 trace elements) |
45 | 156 | ACME ICP-MS (Group 1F-MS Basic Suite v1, including weight; B dl=1 ppm, Ga dl=0.1 ppm, S dl=0.01%, W dl=0.1 ppm) |
46 | 159 | ActLabs ICP-AES (19 elements; 4-acid; inc Bi, ex S; Pb:5) |
47 | 160 | ActLabs ICP-AES (20 elements; 4-acid; inc Bi, S; Pb:5) |
48 | 162 | ActLabs ICP-AES (19 elements; 4-acid; inc S, ex Bi) |
49 | 174 | Barringer (lake sediments) AAS (8 elements; air-acetylene) (vague) |
50 | 178 | Chemex (lake sediments) AAS (8 elements; air-acetylene) (vague) |
51 | 185 | Chemex (stream sediments) AAS (8 elements; air-acetylene) (vague) |
52 | 190 | Acme Group 1F-MS Basic Suite (15 grams; 37 elements; B dl=1 ppm, Ga dl=0.1ppm, S dl=0.02%, W dl=0.1 ppm) (v2) |
53 | 192 | Acme Group 1T-MS (55 elements) |
54 | 203 | Chemex (lake and stream sediments) AAS (8 elements; air-acetylene) (NGR aqua regia #8) |
55 | 219 | Chemex (lake and stream sediments) AAS (8 elements; air-acetylene) (NGR aqua regia #4) |
56 | 225 | Acme 1F-MS (B dl = 1 ppm; Ga dl = 0.1 ppm; S dl=0.01 %, W dl=0.1 ppm) |
57 | 230 | GSC/AMD (surface water) ICP-MS (51 elements) |
58 | 232 | GSC/ACL ICP-MS |
59 | 318 | GSC/ACL ICP-MS (2008) rare earths + Y; suite ICPMS-100 |
60 | 320 | GSC/ACL ICP-ES (2008) suite ICPES-110 |
61 | 323 | OGS Geoscience Laboratories, suite IMC-100; ICP-MS, multi-acid closed vessel digestion |
62 | 328 | Acme Group 1DX subset: 0.5 g sample weight, aqua regia digestion, ICP-MS |
63 | 334 | ActLabs Au+48 1H ( INAA + ICP-ES) |
64 | 357 | Bondar Clegg (stream sediments) AAS (8 + V; air-acetylene - using multi-acid total digestion) |
65 | 380 | GSC (surface water) AAS (Zn, Mn, Fe, Ca, Mg, Na, K; air-acetylene), caesium buffer |
66 | 388 | Chemex (lake sediment) AAS (Zn, Cu, Pb, Ni, Co, Ag, Mn, Fe, Cd; air acetylene flame) – 6 ml, held for 2 hrs |
67 | 400 | Barringer (lake sediment) AAS (8 + Cd; air-acetylene) |
68 | 411 | Barringer (stream sediment) AAS (8 elements + Cd; air acetylene) |
69 | 416 | Barringer (lake sediment) AAS (8 + Cd; air acetylene) - decomp: 4HNO3 1HCL |
70 | 423 | Bondar Clegg (stream sediment) AAS (8 + Cd; air acetylene) ( Mn upper dl = 20,000 ppm) |
71 | 444 | Chemex (lake sediment) AAS (8 + Cd; air acetylene) - decomp: 4HNO3 1HCl |
72 | 445 | Chemex (stream sediment) AAS (8 + Cd; air acetylene) |
73 | 455 | Bondar Clegg (lake sediment) AAS (8 + Cd; air acetylene) 6 ml decomp: 4HNO3 1HCl ( Mn upper dl = 20,000 ppm) |
74 | 478 | Bondar Clegg (surface water) ICP-ES (Ca, Mg, As, Ba, Hg, Mn, Na, Pb, Sr) |
75 | 495 | Cantech (lake sediment) AAS (8 + Cd; air acetylene) - decomp: 4HNO3 1HCL |
76 | 501 | Cantech (stream sediment) AAS (8 elements + Cd; air acetylene) |
77 | 506 | ActLabs (stream sediment) ICP-ES (8 elements) |
78 | 511 | ACME (stream sediment) ICP-MS / ICP-ES (35 elements, W, d.l. = 0.2 ppm) |
79 | 519 | ACME (stream sediment) ICP-MS (35 elements + Au) – details unknown |
80 | 520 | GSC (surface water) ICP-MS (31 elements) |
81 | 525 | ACME (stream sediment) ICP-MS / ICP-ES (35 elements, (Ga, d.l.=0.1 ppm, S, d.l.=0.01%, W, d.l.=0.1 ppm )) |
82 | 528 | ACME Analytical Labs (stream sediment) ICP-MS / ICP-ES (35 elements+ Au; Ga, d.l.=0.2ppm, W, d.l.=0.2 ppm) |
83 | 533 | ACME (stream sediment) ICP-MS / ICP-ES (35 elements, (Ga, d.l.=0.2 ppm, S, d.l.=0.01%, W, d.l.=0.1 ppm )) |
84 | 534 | ACME (stream sediment) ICP-MS / ICP-ES (36 elements, (Ga, d.l.=0.2 ppm, S, d.l.=0.01%, W, d.l.=0.1 ppm )) |
85 | 535 | GSC/ACL (surface water) ICP-MS (25 elements) (NGR, NT, 2004) |
86 | 536 | GSC/ACL (surface water) ICP-MS (25 elements) (NGR, BC, 2004) |
87 | 540 | ACME (stream sediment) ICP-MS / ICP-ES (35 elements, (Ga dl=0.1ppm, S dl=0.02%, W dl=0.1ppm)) |
88 | 542 | ACME (stream sediment) ICP-MS / ICP-ES (36 elements + Au; B dl=1 ppm, Ga dl=0.2ppm, S dl=0.01 %; W dl=0.2 ppm) |
89 | 548 | ActLabs ICP-MS 59 elements (part of the Ultratrace aqua regia package) (Au dl = 0.2 ppb) |
90 | 549 | ActLabs ICP-ES 34 elements |
91 | 556 | GSC OF 5117 compilation of volcanic rock analyses |
92 | 557 | GSC OF 5117 compilation of granitoid rock analyses |
93 | 559 | GSC NASGLP modified EPA 3050B digestion / ICP-MS/ES |
94 | 561 | GSC NASGLP water leach ICP-MS/ES for 64 elements |
95 | 573 | GSC (surface water) AAS direct flame (Zn, Cu, Pb, Cd) |
96 | 579 | GSC colorimetry: Cu, Pb, Zn |
97 | 588 | ActLabs ICP-MS 59 elements (part of the Ultratrace 2 aqua regia package) (Au dl = 0.5 ppb) |
98 | 590 | ACME 1F-MS ICP-MS, aqua regia digestion (53 elements, (B dl=20 ppm, Ga dl=0.2 ppm, S dl=0.01%, W dl=0.1 ppm)) |
99 | 595 | Acme Laboratories ICP-AES, 34 elements, near-total 4-acid digestion |
100 | 596 | Acme Laboratories ICP-AES, 29 elements; aqua regia digestion |
101 | 598 | CanTech AAS (strong acid digestion) |
102 | 602 | Chemex ICP-AES (Hg: 1 ppm, Cd:0.5, La:10) (32 elements) |
103 | 610 | Guelph proton microprobe |
104 | 619 | Geoscience Labs, (OGS) MRD123 Lithogeochemical Database: ICP-MS; decomposition method unstated |
105 | 620 | Geoscience Labs, (OGS) MRD123 Lithogeochemical Database: wavelength-dispersive XRF of pressed powder pellets |
106 | 631 | ActLabs 4Lithores (Zr by ICP-MS) (Cr reported as Cr and Cr2O3) |
107 | 633 | ActLabs TD-MS (12 elements) |
108 | 634 | ActLabs Pb ICP-ES |
109 | 641 | pXRF (Soil Mode) |
110 | 642 | ActLabs 4Lithores (Zr by ICP-AES) |
111 | 643 | pXRF (Mining Mode), 40 elements reported |
112 | 644 | pXRF (Soil Mode), 33 elements reported |
113 | 645 | NL Geochemical Laboratory ICP-ES |
114 | 646 | Bondar Clegg (stream sediment) AAS (8 + Cd; air acetylene) (Mn upper dl unbounded) |
115 | 647 | BVM AQ250-EXT ICP-MS, aqua regia digestion (53 elements) |
116 | 653 | BVM AQ250 ICP-MS, aqua regia digestion (37 elements) |
117 | 665 | NGR BC AAS stream sediments and moss mats (9 elements) |
118 | 666 | NGR BC AAS stream sediments and moss mats (8 elements, no Ag) |
119 | 683 | ActLabs 4Lithores (Zr by ICP-MS) (Cr reported as Cr, not Cr2O3) |
120 | 685 | Bondar Clegg (stream sediment) AAS (8 + Cd; air acetylene) (Mn – no upper dl) |
121 | 686 | Bondar Clegg (lake sediment) AAS (8 + Cd; air acetylene) 6ml decomp: 4HNO3 1HCl ( Mn – no upper dl ) |
122 | 691 | Acme Group 1F-MS Basic Suite (37 elements; B dl=1 ppm, Ga dl=0.2 ppm, S dl=0.01%, W dl=0.1 ppm) (v3) |
123 | 693 | ActLabs ICP-MS 59 elements (circa 2005) (Au dl = 2 ppb) |
124 | 698 | ActLabs 4B2 – Research (FUS-MS); 43 elements |
125 | 701 | ActLabs 4B1 – Base Metals (TD-ICP); 7 elements (inc S) |
126 | 713 | Analysis of 7 elements (Cu, Pb, Zn, Mo, Ni, Mn, Ag) by AAS following an aqua regia digestion |
127 | 719 | GSC: direct-reading emission spectrophotometry (20 elements) |
128 | 734 | GSC: emission spectrography (26 elements) |
129 | 738 | GSC: AAS (5 elements), HF-HClO4 dissolution |
130 | 741 | GSC: AAS (7 elements), HF-HClO4 dissolution |
131 | 743 | ACME ICP-MS (Group 1F-MS Basic Suite v4, including weight; B dl=20 ppm, Ga dl=0.1 ppm, S dl=0.02%, W dl=0.1 ppm) |
132 | 745 | ACME 1F-MS ICP-MS, aqua regia digestion (53 elements, (B dl=20 ppm, Ga dl=0.1 ppm, S dl=0.02%, W dl=0.1 ppm)) |
133 | 750 | Acme/BVM VG101-EXT + REE |
134 | 756 | Acme Group 4A-4B (2011-2013), ICP-MS/ES |
135 | 757 | Acme Group 1F30 (2011-2013; 65 elements), ICP-MS |
136 | 758 | Acme Group 1T-MS (60 elements) |
137 | 766 | BVM AQ250 ICP-MS, aqua regia digestion (65 elements, V dl=1 ppm) |
Index | Package ID | Package Name |
---|---|---|
1 | 3 | Acme 1F-MS + LOI, Sn, F |
2 | 5 | GSC/AMD ICP-MS |
3 | 7 | Bondar Clegg / TSD 2 micron (1) |
4 | 9 | Chemex / TSD 2 micron (1) |
5 | 11 | INRS XRF + INAA (low detection limits) |
6 | 12 | INRS XRF + INAA (high detection limits) |
7 | 14 | NBDNRE AAS + COL (Mo, Sb) |
8 | 18 | NBDNRE AAS + COL (Mo) |
9 | 20 | NBDNRE AAS + COL (Mo, W) |
10 | 22 | NBDNRE AAS + COL (Sb, V) |
11 | 24 | ActLabs INAA + ICP-AES + Hg CV-AAS |
12 | 25 | Bondar Clegg / TSD 2 micron (2) |
13 | 27 | Chemex / TSD 2 micron (2) |
14 | 28 | Chemex / TSD 2 micron (3) |
15 | 29 | Bondar Clegg / TSD 2 micron (3) |
16 | 31 | Chemex / TSD 2 micron (4) |
17 | 32 | Chemex / TSD 2 micron (5) |
18 | 33 | Chemex / TSD 2 micron (6) |
19 | 34 | Chemex / TSD 63 micron (2) |
20 | 35 | NBDNRE AAS |
21 | 39 | ActLabs ICP-AES |
22 | 41 | ActLabs INAA + ICP-AES (7 elem) + Hg CV-AAS + Sn (1991-3) |
23 | 42 | ActLabs INAA + ICP-AES (7 elem) + Hg CV-AAS + Sn (1994) |
24 | 43 | ActLabs INAA + ICP-AES (19 elem) + Hg CV-AAS + Sn |
25 | 44 | ActLabs INAA, ICP-AES, Hg CV-AAS, ICP-MS (2001) |
26 | 45 | ActLabs INAA, ICP-AES, Hg CV-AAS, ICP-MS (2002) |
27 | 46 | ActLabs INAA + ICP-AES |
28 | 48 | ActLabs INAA + ICP-AES + Hg ICP-AES + FIMS |
29 | 49 | Bondar Clegg INAA + AAS + HY-AAS + F ISE + Hg-CVAAS + U NADNC + LOI |
30 | 56 | Bondar Clegg AAS (10), U fluor, As (COL) |
31 | 57 | Bondar Clegg AAS, U NADNC, As (COL) |
32 | 58 | Chemex AAS, U NADNC, As (COL) |
33 | 60 | Bondar Clegg AAS (8), U fluor, As (COL) |
34 | 61 | Chemex ICP-AES (Hg ppm) |
35 | 63 | Chemex ICP ? (1999-2000) |
36 | 64 | Chemex ICP ? (2001) |
37 | 67 | Chemex ICP-AES (Hg ppb) |
38 | 69 | Bondar Clegg Cu, Pb, Zn, Mn, Fe, U_fl |
39 | 70 | Bondar Clegg Cu, Pb, Zn, U_fl |
40 | 72 | Bondar Clegg AAS |
41 | 81 | Chemex ICP-AES (10) |
42 | 82 | Quebec Geoscience Centre XRF + Hg AFS (2 digestions) |
43 | 86 | Barringer AAS (11 elements) |
44 | 87 | Chemex ICP-AES (Hg ppm) (33 elements) |
45 | 93 | Chemex ICP-AES (Hg ppb) (31 elements) |
46 | 94 | Bondar Clegg ICP-AES (38 elements) |
47 | 95 | Bondar Clegg ICP-AES (31 elements) |
48 | 96 | Chemex ICP-AES + Hg CV-AAS |
49 | 98 | Bondar Clegg ICP-AES (38 elements) + Hg CV-AAS |
50 | 99 | Bondar Clegg ICP-AES (31 elements) + Hg CV-AAS |
51 | 101 | OGS miscellaneous methods |
52 | 102 | OGS ICP-AES and ICP-MS methods |
53 | 104 | OGS / MRD123 miscellaneous methods |
54 | 105 | OGS / MRD143 miscellaneous methods |
55 | 107 | OGS / MRD155/Teck-Gauthier A3 miscellaneous methods |
56 | 108 | OGS / MRD155/Teck-Gauthier A4 miscellaneous methods |
57 | 113 | OGS / MRD155/Intr-Clifford miscellaneous methods |
58 | 115 | OGS / MRD155/Ben Nevis-Cliford miscellaneous methods |
59 | 116 | OGS / MRD155/Tisdale miscellaneous methods |
60 | 117 | CanTech AAS + Hg-CVAAS |
61 | 118 | CanTech AAS + Hg-CVAAS + LOI |
62 | 119 | GSC ICP-AES + ICP-MS |
63 | 120 | Acme ICP-MS (1F-MS Basic Suite, with weight) |
64 | 121 | ActLabs INAA + ICP-AES + Hg CV-AAS + ICP-AES Sn fusion |
65 | 122 | ActLabs INAA + ICP-AES(20) + Hg CV-AAS + ICP-AES Sn fusion |
66 | 124 | ActLabs INAA + ICP-AES(20) + Hg CV-AAS + ICP-MS |
67 | 125 | ActLabs ICP-AES + Hg CV-AAS |
68 | 126 | ActLabs ICP-AES (19 elements) [UNUSED] |
69 | 127 | ActLabs INA, ICP-AES [UNUSED] |
70 | 129 | ActLabs (1H2 + 1G2) (v2) INAA + ICP-AES + ICP-MS + Hg CV-AAS FIMS |
71 | 130 | ActLabs (1H2) (v2) INAA + ICP-AES + ICP-MS |
72 | 132 | Barringer (URP lake sediment) AAS (8+Mo), FLUOR (U), COL (As) |
73 | 134 | Chemex (URP lake sediment) AAS (8+ Mo), CVAAS (Hg), COL(As), LOI (vague description) |
74 | 137 | Chemex (URP stream sediment) AAS (8+Mo), COL (W, dl=2 ppm) |
75 | 139 | Acme 1F-MS Basic Suite (37 elements) 15g + REE |
76 | 140 | Acme 1T-MS (41 elements + 14 REEs) |
77 | 142 | Chemex (URP stream sediment) AAS (8+Mo+Ba), COL (W, dl=4 ppm) (vague) |
78 | 147 | Chemex (URP lake sediment) AAS (8+Mo), CVAAS (Hg), COL (As), ISE (F), LOI |
79 | 150 | Chemex (URP lake sediment) AAS (8+Mo), CVAAS (Hg), COL(As), LOI (detailed description) |
80 | 152 | Chemex (URP stream sediment) AAS (8+Mo), CVAAS (Hg) |
81 | 157 | Acme 1F-MS + Sn, F |
82 | 158 | Chemex (URP stream sediment) AAS (8+Mo+Ba), CVAAS (Hg), COL (W) |
83 | 163 | GSC ion chromatography, plus ICP-MS |
84 | 244 | GSC/ACL XRF, LOI, Leco, ICP-ES, ICP-MS |
85 | 245 | OGS XRF + ICP-MS + H2O, CO2, S |
86 | 246 | Acme 4B (inc 1DX), 2A Leco, 8 FeO, lattice water (1500°C) |
87 | 256 | GSC OF 5117 volcanic rocks lithogeochemical compilation |
88 | 257 | GSC OF 5117 granitoid rocks lithogeochemical compilation |
89 | 259 | GSC EPA3050B (modif) ICP-MS/ES |
90 | 261 | GSC water leach ICP-MS/ES + pH |
91 | 268 | GSC (URP surface water) AAS (Zn, Cu, Pb, Cd) |
92 | 272 | GSC spectrography (including B) and colorimetry |
93 | 274 | Chemex (URP stream sediment) AAS (8+As+Mo), CVAAS (Hg), COL (W dl=2 ppm) |
94 | 275 | ActLabs Ultratrace 2 – aqua regia (2010) (S dl = 0.001 %) |
95 | 276 | Acme 1F-MS (53 elements) (B dl=20 ppm, Ga dl=0.2 ppm, S dl=0.01%, W dl=0.1 ppm) |
96 | 278 | Acme ICPES near-total digestion, 34 elements |
97 | 279 | Acme ICPES aqua regia, 29 elements + 6 by hydride evolution |
98 | 281 | Cantech AAS, 11 elements, total digestion |
99 | 284 | Chemex ICP-AES (Hg 1 ppm) (32 elements) |
100 | 293 | Univ. Guelph proton microprobe |
101 | 294 | Chemex (NGR lake sed 1983 samples) AAS (8+4), CVAAS (Hg), LOI500, U, ISE (F) |
102 | 296 | ActLabs GSC TGI4 whole rock analysis (variant #1) |
103 | 297 | ActLabs GSC TGI4 whole rock analysis (variant #2) |
104 | 298 | ActLabs GSC TGI-4 whole rock analysis (variant #3) |
105 | 300 | pXRF “Mining” and “Soil” modes |
106 | 302 | pXRF “Mining” and “Soil” modes; full suites |
107 | 303 | NL Geochemical Laboratory ICP-ES analysis |
108 | 304 | BVM AQ250-EXT + REE (65 elements) |
109 | 308 | BVM combined aqua regia and borate fusion suites |
110 | 309 | Bondar Clegg (NGR BC stream sediment) AAS (8+6), Ba (XRF), CVAAS (Hg), W, LOI, F, U (10**12) |
111 | 310 | Chemex (NGR BC stream sediment and moss mat samples, 1988) |
112 | 311 | Barringer Magenta (NGR BC stream sediment and moss mat samples, 1989) |
113 | 313 | ActLabs GSC TGI4 whole rock analysis (variant #4) |
114 | 314 | ActLabs GSC TGI4 whole rock analysis (variant #5) |
115 | 316 | Cantech (NGR stream sediment) AAS (8+Cd,Mo,V,Sn), CV (Hg), LOI, F, Bi, Se |
116 | 318 | BVM combined aqua regia and borate fusion suites + FA-ICPES |
117 | 320 | ActLabs ICP-MS Ultratrace – aqua regia (2004) (Au dl = 0.2 ppb) |
118 | 321 | ActLabs ICP-MS Ultratrace – aqua regia (2006) (Au dl = 0.5 ppb) |
119 | 322 | ActLabs aqua regia ICP-ES (2003) |
120 | 326 | Acme ICP-MS (1F-MS Basic Suite) |
121 | 328 | ActLabs aqua regia ICP-MS (59 elements, 2004) |
122 | 330 | ActLabs Fusion-XRF (major + trace) + ICP-MS (aqua regia digestion) |
123 | 331 | ActLabs Fusion-XRF (major elements only) + ICP-MS (aqua regia digestion) |
124 | 333 | ActLabs ICP-ES, total digestion (7 elements, including S); FeO by titration |
125 | 334 | Chemex (URP lake sediment) AAS (8+Mo), COL (As), LOI (detailed description) |
126 | 343 | Bondar Clegg AAS (7 elements), plus As by colorimetry |
127 | 344 | GSC Resource Geochemistry lake sediment analysis, Bear-Slave Operation |
128 | 349 | GSC spectrography (including Ba) and colorimetry |
129 | 351 | Atomic emission spectrography of heavy mineral concentrates |
130 | 352 | GSC lithogeochemical analysis of 22 elements |
131 | 353 | GSC AAS (7 elements by near-total acid attack; 2 by sulphide-selective cold leach) |
132 | 354 | Acme ICP-MS (1F-MS Basic Suite + 4B (Sn)) |
133 | 355 | Acme ICP-MS (1F 53 elements) + F (ISE) + LOI |
134 | 357 | Acme 1F-MS |
135 | 359 | Acme VG101-EXT + REE (65 elements) |
136 | 362 | Acme 4A-4B, 2A Leco, 1F30 (117 parameters) |
137 | 363 | Acme 1T-MS (46 elements + 14 REEs) |
138 | 364 | Chemex (URP lake sediment) AAS (8+Mo+As), LOI |
139 | 365 | Chemex (URP lake sediment) AAS (8+Mo+V+As), LOI |
140 | 366 | Chemex (URP lake sediment) AAS (8+Mo+As), ISE (F), LOI |
141 | 369 | Chemex (URP stream and lake sediment) AAS (8+Mo), COL (W, dl=4 ppm) |
142 | 370 | Chemex (URP stream sediment) AAS (8+Mo), COL (W) |
143 | 374 | Chemex (URP stream sediment) AAS (8+As+Mo), CVAAS (Hg), COL (W, dl=4 ppm) |
144 | 378 | Chemex (URP stream sediment) AAS (8+As+Mo+Sb), CVAAS (Hg), COL (W) |
145 | 379 | Bondar Clegg (stream sediments) AAS (8+Mo+V), COL (W), ISE (F)+ XRF (Ba), LOI |
146 | 384 | GSC (NGR surface water) AAS (7)), U, C-org, Cl, Br, NO3, SO4, PO4, F, pH, alk |
147 | 386 | Chemex (NGR lake sediment) AAS (8+4), CVAAS (Hg), LOI500, U |
148 | 387 | Chemex (NGR lake sediment, 1982 samples) AAS (8+4), CVAAS (Hg), LOI500, U, ISE (F) |
149 | 390 | Chemex (NGR stream sediment) AAS (8+3), cold vapour (Hg), COL (W), NADNC(U) |
150 | 391 | Barringer (NGR lake sediment) AAS (8+5), CV (Hg), COL (W), LOI500, ISE (F), NADNC (U) |
151 | 393 | Barringer (NGR lake sediment) AAS (8+5), CV (Hg), LOI500, NADNC (U) |
152 | 394 | Barringer (NGR stream sediment) AAS (8+6), CVAAS (Hg), COL (W), LOI500, NADNC (U) |
153 | 396 | Barringer (NGR lake sediment) AAS (8+5), CVAAS (Hg), COL (W), LOI500, ISE (F), NADNC (U) |
154 | 398 | Barringer (NGR stream sediment, NB, 1985) AAS (8+7), CVAAS (Hg), COL (W), LOI500, ISE (F), U |
155 | 400 | Barringer (NGR lake sediment) AAS (8+Cd+As+Mo+V+Sb), CVAAS (Hg), LOI500, ISE (F), NADNC(U) |
156 | 401 | Barringer (NGR lake sediment) AAS (8+5), CVAAS (Hg), LOI500, NADNC(U) |
157 | 403 | Bondar Clegg (NGR stream sediment) AAS (8+5), CVAAS (Hg), COL (W), U |
158 | 405 | Barringer (NGR stream sediment, BC, 1985) AAS (8+7), CVAAS (Hg), COL (W), LOI500, ISE (F), U |
159 | 406 | Barringer (NGR stream sediment) AAS (8+7, CVAAS (Hg), COL (W), LOI500, ISE (F), U |
160 | 409 | Barringer (NGR stream sediment) AAS (Cd+As+Sn+Sb+Mo+V), CVAAS (Hg), LOI, ISE (F), U |
161 | 412 | Bondar Clegg (NGR stream sediment) AAS (8+7), CVAAS (Hg), W, LOI, F, U |
162 | 413 | Barringer (NGR lake sediment) AAS (8+5), CVAAS (Hg), LOI, F, U(5**10) |
163 | 415 | Barringer (NGR lake sediment) AAS (8+5), CVAAS (Hg), LOI, U(5**10) |
164 | 416 | Chemex (NGR lake sediment) AAS (8+5), CVAAS (Hg), COL (W), LOI, NADNC (U-5**10) |
165 | 417 | Chemex (NGR stream sediment) AAS (8+5), CVAAS (Hg), COL (W), LOI, NADNC (U-5**10) |
166 | 419 | Bondar Clegg (NGR lake sediment) AAS (8+5), CVAAS (Hg), LOI, F, U(5**10, He detector, 20s, d.l.=0.5) |
167 | 421 | Bondar Clegg (NGR lake sediment) AAS 8+6+Ba (HCLO4 only)), CVAAS (Hg),W, LOI, F, U(10**12) |
168 | 422 | Bondar Clegg (NGR stream sediment) AAS (8+6), Ba (HClO4 only), CVAAS (Hg), W, LOI, F, U(10**12) |
169 | 423 | Bondar Clegg (NGR lake sediment) AAS (8+5), CVAAS (Hg), LOI, F, U(10**12) |
170 | 426 | Bondar Clegg (NGR stream sediment) AAS (8+6), DCP (Ba), CVAAS (Hg), W, LOI, F, U |
171 | 427 | Bondar Clegg (NGR stream sediment) AAS (8+6), DCP (Ba), CV (Hg), COL (W), LOI at 500°C, F, U |
172 | 429 | Bondar Clegg (NGR lake sediment) AAS (8+5), CV (Hg), LOI at 500°C, F, U - 10**12 flux |
173 | 430 | Barringer (NGR lake sediment) AAS (8+6), DCP (Ba), CV (Hg), LOI, W, F, U |
174 | 432 | Bondar Clegg (NGR lake sediment) AAS (8+7), CV (Hg), LOI, W, F, U |
175 | 433 | Bondar Clegg (NGR surface water) ICP (9), U, F, pH, alk |
176 | 435 | Bondar Clegg (NGR lake sediment) AAS (8+7), CV (Hg), LOI, W, F, |
177 | 439 | Bondar Clegg (NGR stream sediment) AAS (8+6), CV (Hg), LOI, F, U |
178 | 440 | Bondar Clegg (NGR lake sediment) AAS (8+3+(Mo+V: 2.5 ml conc)), CVAAS (Hg), LOI, F, U(10**12) |
179 | 446 | Bondar Clegg (NGR stream sediment, YT, 1990) AAS (8+4), CV (Hg), LOI, F |
180 | 447 | Barringer (NGR stream sediment) AAS (8+4), CV (Hg), LOI, F, Sn |
181 | 449 | Barringer (NGR lake sediment) AAS (8+3), CV (Hg), LOI, F |
182 | 451 | Cantech (NGR lake sediment) AAS (8+3), CV (Hg - d.l.=5 ppb), LOI, F [UNUSED] |
183 | 452 | Cantech (NGR lake sediment) AAS (8+3), CV (Hg), LOI, F [UNUSED] |
184 | 453 | Cantech (NGR stream sediment) AAS (8 + Cd, Mo (dl=2 ppm), V, Sn), CV (Hg), LOI, F |
185 | 455 | ActLabs (NGR stream sediment) ICP-ES - HMC (8 elements) |
186 | 456 | Cantech (NGR stream sediment) AAS (8+4), CV(Hg), LOI, F |
187 | 459 | Cantech (NGR stream sediment) AAS (8+4), CV (Hg), LOI |
188 | 460 | Cantech (NGR lake sediment) AAS(8+Cd,Mo,V), CV(Hg - d.l. 5ppb), LOI, F [UNUSED] |
189 | 461 | Cantech (NGR stream sediment) AAS (8+4), CV (Hg – d.l. 5 ppb), LOI, F [UNUSED] |
190 | 463 | Acme (NGR stream sediment) ICP-MS / ICP-ES (35 elements, W, d.l.=0.2 ppm), Sn, LOI |
191 | 466 | Acme 1F-MS Basic Suite (37 elements) 1g |
192 | 467 | Bondar Clegg (NGR lake sediment) AAS (8+3), CV (Hg), LOI, F |
193 | 468 | Bondar Clegg (NGR stream sediment, NU, 1995) AAS (8+4), CV (Hg), LOI, F |
194 | 469 | Bondar Clegg (NGR lake sediment) AAS (8+Cd, Mo, V), CV (Hg - d.l.=5 ppb), LOI, F |
195 | 470 | Bondar Clegg (NGR stream sediment) AAS (8+4), CV(Hg – d.l.=5 ppb), LOI, F |
196 | 471 | Acme (NGR stream sediment) ICP-MS (35+Au), LOI |
197 | 472 | GSC (NGR surface water) ICP-MS (31 elements), ICP-ES (7 elements) |
198 | 476 | Acme (NGR stream sediment) ICP-MS / ICP-ES (35 elements, W, d.l.=0.1 ppm), Sn, LOI |
199 | 478 | Acme (NGR stream sediment) ICP-MS/ICP-ES (35+Au), LOI |
200 | 482 | Acme (NGR stream sediment) ICP-MS / ICP-ES (35 elements), LOI, Sn, F |
201 | 483 | Acme (NGR stream sediment) ICP-MS / ICP-ES- HMC (36 elements), Sn, F |
202 | 484 | GSC/ACL (NGR surface water) ICP-MS (25) |
203 | 485 | Acme (NGR stream sediment) ICP-MS / ICP-ES (35 elements, W, d.l.=0.1 ppm), LOI |
204 | 486 | GSC/ACL (NGR surface water) Ion Chromatography (6 ions), ICP-MS (25) |
205 | 489 | Acme (NGR stream sediment) ICP-MS / ICP-ES (35 elements), LOI, Sn (LiBO2 fusion), F |
206 | 491 | Acme (NGR stream and lake sediments) ICP-MS / ICP-ES (35 elements, Ga, d.l.=0.1; S, d.l.=0.02;W, d.l.=0.1 ppm) |
207 | 493 | Acme (NGR stream sediment) ICP-MS / ICP-ES (36 elements + Au, Ga, d.l.=0.2; S, d.l.=0.01;W, d.l.=0.2 ppm) |
208 | 496 | Cantech (NGR stream sediment) AAS (8 + Cd, Mo (dl=1ppm), V, Sn), CV (Hg), LOI, F |
209 | 497 | Acme 4A-4B, 2A Leco, 1F30, 1T-MS (177 parameters) |
210 | 498 | Acme 4A-4B, 2A Leco, 1F30, 1T-MS (172 parameters) |
211 | 500 | ActLabs 1H (Au+48) and 1C-EXP2 (Au, Pt, Pd) |
212 | 507 | BVM AQ250 (65 elements) |
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