In hydrothermal gold-quartz veins, in portions deficient in sulfur and containing other antimony minerals.
IMA Status:
Valid Species (Pre-IMA) 1952
Locality:
In the Giant Yellowknife mine, Northwest Territories; in the Chesterville mine, Larder Lake; and the Hemlo gold deposit, Thunder Bay district, Ontario, Canada. Link to MinDat.org Location Data.
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Graham A R , Kaiman S , American Mineralogist , 37 (1952) p.461-469
Physical Properties of Aurostibite
Cleavage:
{???} Indistinct
Color:
Lead gray.
Density:
9.98
Diaphaneity:
Opaque
Hardness:
3 - Calcite
Luster:
Metallic
Streak:
bronze
Optical Properties of Aurostibite
RL Color:
White with pink tint.
Reflectivity
Standardized Intensity (100%) Reflection Spectra of Aurostibite in Air
λ
R
∑ R(λ)
400 nm
65.80
420 nm
65.00
440 nm
64.20
460 nm
63.50
480 nm
62.80
500 nm
62.40
520 nm
62.00
540 nm
61.80
560 nm
61.90
580 nm
62.20
600 nm
62.60
620 nm
63.20
640 nm
63.50
660 nm
63.60
680 nm
63.60
700 nm
63.50
Calculated Relative Intensity Colors of Aurostibite in Air
Relative Intensity
0%
20%
40%
60%
80%
100%
120%
140%
150%
R
Calculated Properties of Aurostibite
Electron Density:
Bulk Density (Electron Density)=8.14 gm/cc note: Specific Gravity of Aurostibite =9.90 gm/cc.
Fermion Index:
Fermion Index = 0 Boson Index = 1
Photoelectric:
PEAurostibite = 937.94 barns/electron U=PEAurostibite x rElectron Density=7,631.46 barns/cc.
Radioactivity:
GRapi = 0 (Gamma Ray American Petroleum Institute Units) Aurostibite is Not Radioactive
Aurostibite Classification
Dana Class:
02.12.01.11(02)Sulfides - Including Selenides and Tellurides