Analytical Sample Bundle Metadata

2007

TGI-3 Abitibi analysis of OGS rock samples (new and archived), 2007

Type: lab data



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Download analytical data for this bundle in one of three formats, depending on the desired convention for treating values below the lower detection limit:

Bundle Description

TGI-3 Abitibi lithogeochemistry

In summer 2007, 113 new samples were collected from outcrop and drillcore, and a further 519 were selected from the OGS LGC legacy stockpile, and submitted to OGS Labs in late 2007 for new major, minor and rare earth element analysis.

The analytical data are published in GSC Open File 6623.

Sample Classification (Analytical)

IndexSample CountSurveySample TypePrep Lab MaterialControl RefUnknown SourceDuplicates count
632  Lithogeochemical compilation survey, parts of NTS 32D and 42A, Abitibi greenstone belt, northern Ontario, 2007-2009. (more) Whole Rock crushing (details not reported) No  No 

Analytical Package Description

Laboratory: OGS Geoscience Laboratories

Name: OGS XRF + ICP-MS + H2O, CO2, S (more)

OGS XRF + ICP-MS + H2O + carbon and sulphur + ferrous iron

Analytical Suites:

IndexName
1  OGS Geoscience Laboratories, suite XRF-M01
2  OGS Geoscience Laboratories, suite XRF-M01 – LOI
3  OGS Geoscience Laboratories, suite IMC-100; ICP-MS, multi-acid closed vessel digestion
4  OGS Geoscience Laboratories, suite FEO-ION, ferrous iron
5  OGS Geoscience Laboratories, suite IRW-H2O, moisture content
6  OGS Geoscience Laboratories, suite IRC-100, carbon and sulphur

Analytical Methods:

IndexColumn NameSuite OrderMethod OrderSuite RepeatQuantityUnitsDetermination Limit
1  SiO2    SiO2  percent 0.01  
2  TiO2    TiO2  percent 0.01  
3  Al2O3    Al2O3  percent 0.01  
4  Fe2O3    Fe2O3T  percent 0.01  
5  MgO    MgO  percent 0.01  
6  CaO    CaO  percent 0.01  
7  MnO    MnO  percent 0.01  
8  Na2O    Na2O  percent 0.01  
9  K2O    K2O  percent 0.01  
10  P2O5  10    P2O5  percent 0.01  
11  LOI    LOI  percent 0.1  
12  Ba_ICPMS    Ba  ppm 0.8  
13  Be_ICPMS    Be  ppm 0.04  
14  Bi_ICPMS    Bi  ppm 0.15  
15  Cd_ICPMS    Cd  ppm 0.013  
16  Ce_ICPMS    Ce  ppm 0.12  
17  Co_ICPMS    Co  ppm 0.13  
18  Cr_ICPMS    Cr  ppm 3  
19  Cs_ICPMS    Cs  ppm 0.013  
20  Cu_ICPMS    Cu  ppm 1.4  
21  Dy_ICPMS  10    Dy  ppm 0.009  
22  Er_ICPMS  11    Er  ppm 0.007  
23  Eu_ICPMS  12    Eu  ppm 0.003  
24  Ga_ICPMS  13    Ga  ppm 0.009  
25  Gd_ICPMS  14    Gd  ppm 0.04  
26  Hf_ICPMS  15    Hf  ppm 0.14  
27  Ho_ICPMS  16    Ho  ppm 0.003  
28  In_ICPMS  17    In  ppm 0.002  
29  La_ICPMS  18    La  ppm 0.04  
30  Li_ICPMS  19    Li  ppm 0.4  
31  Lu_ICPMS  20    Lu  ppm 0.002  
32  Mo_ICPMS  21    Mo  ppm 0.08  
33  Nb_ICPMS  22    Nb  ppm 0.028  
34  Nd_ICPMS  23    Nd  ppm 0.06  
35  Ni_ICPMS  24    Ni  ppm 1.6  
36  Pb_ICPMS  25    Pb  ppm 0.6  
37  Pr_ICPMS  26    Pr  ppm 0.014  
38  Rb_ICPMS  27    Rb  ppm 0.023  
39  Sb_ICPMS  28    Sb  ppm 0.04  
40  Sc_ICPMS  29    Sc  ppm 1.1  
41  Sm_ICPMS  30    Sm  ppm 0.012  
42  Sn_ICPMS  31    Sn  ppm 0.16  
43  Sr_ICPMS  32    Sr  ppm 0.6  
44  Ta_ICPMS  33    Ta  ppm 0.023  
45  Tb_ICPMS  34    Tb  ppm 0.002  
46  Th_ICPMS  35    Th  ppm 0.005  
47  Ti_ICPMS  36    Ti  ppm 7  
48  Tl_ICPMS  37    Tl  ppm 0.005  
49  Tm_ICPMS  38    Tm  ppm 0.002  
50  U_ICPMS  39    U  ppm 0.011  
51  V_ICPMS  40    V  ppm 0.8  
52  W_ICPMS  41    W  ppm 0.05  
53  Y_ICPMS  42    Y  ppm 0.05  
54  Yb_ICPMS  43    Yb  ppm 0.009  
55  Zn_ICPMS  44    Zn  ppm 7  
56  Zr_ICPMS  45    Zr  ppm 6  
57  FeO    FeO  percent 0.06  
58  H2Oplus    H2O(+)  percent 0.03  
59  H2Ominus    H2O(-)  percent 0.01  
60  CO2    CO2  percent 0.03  
61    S  percent 0.01  
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