Description
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AMIS0727 Au 0.098g/t Ag 1ppm Cu 102ppm Golden Triangle Canada
Origin of Material
These samples consist of reject material from Northern British Columbia (Golden Triangle), near Stuart, BC
Approximate Mineral and Chemical Composition
The Golden Triangle is host to a complex assemblage of volcanic accumulations with intervening sedimentary sequences which are host to significant precious and base metals. The mineralization is quite variable over short distances and is hosted in a variety of alteration regimes including quartz-sericite-pyrite-hematite-chlorite.
Summary Statistics
Recommended Concentrations and Limits
(at two Standard Deviations)
Certified Concentrations
Analyte Method 8(µ) 10±(2s) Unit
Au 1Pb Collection 0.098 0.013 g/t
Ag 24A_MICP 1 0.2 ppm
Cu 4A_MICP 106 5 ppm
Cu 3FS_ICPES 100 7 ppm
Cu 4FUS 102 14 ppm
C 5Combustion/LECO 1.52 0.065 %
S 4A_MICP 3.15 0.37 %
S Combustion/LECO 3.23 0.29 %
S FUS 3.16 0.11 %
SG 6SG 2.84 0.12 Dimensionless
Al 4A_MICP 8.67 0.89 %
Al FUS 9.02 0.52 %
As FUS 36 10 ppm
Ba FUS 2289 175 ppm
Be 4A_MICP 1 0.2 ppm
Be FUS 1 0.6 ppm
Bi 4A_MICP 0.4 0.04 ppm
Bi FUS 0.4 0.1 ppm
Ca 4A_MICP 3.98 0.4 %
Ca FUS 3.99 0.27 %
Cd 4A_MICP 6 0.5 ppm
Cd FUS 6 0.6 ppm
Ce 4A_MICP 18 6 ppm
Ce FUS 19 4 ppm
Co 4A_MICP 18 4 ppm
Co FUS 18 3 ppm
Cr FUS 434 96 ppm
Cs 4A_MICP 3 0.5 ppm
Cs FUS 3 0.4 ppm
Dy 4A_MICP 3 0.5 ppm
Dy FUS 3 0.5 ppm
Er 4A_MICP 2 0.2 ppm
Er FUS 2 0.5 ppm
Eu FUS 0.9 0.1 ppm
Fe 4A_MICP 4.56 0.23 %
Fe FUS 4.58 0.37 %
Ga 4A_MICP 18 2 ppm
Ga FUS 19 3 ppm
Gd 4A_MICP 3 0.4 ppm
Gd FUS 3 0.5 ppm
Hf 4A_MICP 2 0.6 ppm
Ho 4A_MICP 0.5 0.09 ppm
Ho FUS 0.6 0.1 ppm
In 4A_MICP 0.1 0.03 ppm
K 4A_MICP 3.18 0.24 %
K FUS 3.11 0.14 %
La FUS 10 1 ppm
Li 4A_MICP 17 3 ppm
Li FUS 17 4 ppm
Lu 4A_MICP 0.2 0.09 ppm
Lu FUS 0.3 0.06 ppm
Mg 4A_MICP 1.39 0.1 %
Mg FUS 1.31 0.14 %
Mn 4A_MICP 1391 185 ppm
Mn FUS 1434 72 ppm
Mo 4A_MICP 1 0.2 ppm
Na 4A_MICP 7629 664 ppm
Nb 4A_MICP 3 0.8 ppm
Nb FUS 4 1 ppm
Nd 4A_MICP 10 3 ppm
Nd FUS 11 2 ppm
Ni 4A_MICP 29 4 ppm
P 4A_MICP 1249 121 ppm
P FUS 1254 121 ppm
Pb 4A_MICP 142 8 ppm
Pb FUS 123 38 ppm
Pr 4A_MICP 2 0.9 ppm
Pr FUS 3 0.4 ppm
Rb 4A_MICP 84 27 ppm
Rb FUS 96 5 ppm
Sb 4A_MICP 4 0.3 ppm
Sb FUS 5 0.9 ppm
Sc 4A_MICP 19 3 ppm
Se 4A_MICP 8 1 ppm
Si FUS 24.06 1.5 %
Sm 4A_MICP 3 0.7 ppm
Sm FUS 3 0.6 ppm
Sn 4A_MICP 2 0.6 ppm
Sr 4A_MICP 359 70 ppm
Sr FUS 365 29 ppm
Ta 4A_MICP 0.2 0.03 ppm
Ta FUS 0.2 0.09 ppm
Tb 4A_MICP 0.4 0.1 ppm
Tb FUS 0.5 0.08 ppm
Te 4A_MICP 0.8 0.2 ppm
Th 4A_MICP 2 0.7 ppm
Th FUS 2 0.3 ppm
Ti 4A_MICP 3519 538 ppm
Ti FUS 3791 209 ppm
Tl 4A_MICP 1 0.09 ppm
Tl FUS 1 0.1 ppm
Tm 4A_MICP 0.2 0.03 ppm
Tm FUS 0.3 0.06 ppm
U 4A_MICP 1 0.3 ppm
U FUS 1 0.2 ppm
V 4A_MICP 209 18 ppm
V FUS 211 41 ppm
W 4A_MICP 1 0.1 ppm
W FUS 1 0.6 ppm
Y 4A_MICP 15 3 ppm
Y FUS 17 2 ppm
Yb 4A_MICP 2 0.3 ppm
Yb FUS 2 0.3 ppm
Zn 4A_MICP 830 96 ppm
Zn FS_ICPES 846 90 ppm
Zn FUS 807 44 ppm
