Rock Sample Details

SA Geodata Database - Rock Sample Details

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Reports can be found in SARIG Catalogue

Sample:

9694

Depth From:

Depth To:

Details Location Geochemistry Biostratigraphy Petrology Geochronology References

Sample Source

Rock outcrop / float

Drillhole Name

Drillhole Number

Collected By

DALY, S.J.

Collector's Number

Collected Date

06/09/1976

Tenement

Comments

Outcrop 04/05/00

Rock Group

IGNEOUS MAFIC INTRUSIVE

Lithology

GABBRO

Lithology Modifier

Map Symbol

AYm

GIS Code

AYm

Strat Unit Name

Mulgathing Complex

Strat Modifier

Strat Description

Metasedimentary schist to migmatitic-gneiss, iron formation, felsic and mafic-ultramafic volcanic and intrusive rocks. Pervasively metamorphosed, predominantly amphibolite to granulite facies. Protolith ages c. 2560-2460 Ma, metamorphic ages c. 2470-2410 Ma.

Geological Province

GAWLER CRATON

Datum

GDA2020

Coordinate Source

MGA Easting

495808.49

MGA Northing

6582946.27

MGA Zone

Long Degrees

134

Long Minutes

Long Seconds

22.126

S Lat Degrees

S Lat Minutes

S Lat Seconds

12.359

Long Degrees Decimal

134.956146

Lat Degrees Decimal

-30.8867663

Horizontal Accuracy

Map 250K

TARCOOLA

Map 100K

Tarcoola

Map 50K

SA Geodata - Database Reference

Site No

132803

Analysis Number

1630182

Other Analysis Id

AC1629/88

Laboratory

AMDEL Laboratory, S.A.

Analyte	Value	Unit	Method	Method Description
FeO	5.80	%	ORE5/5	Unspecified method for analysis of iron ore
SiO2	48.10	%	ORE2/1	Unspecified digestion followed by ICP-OES
TiO2	0.63	%	ORE2/1	Unspecified digestion followed by ICP-OES
Al2O3	14.30	%	ORE2/1	Unspecified digestion followed by ICP-OES
Fe2O3	10.70	%	ORE2/1	Unspecified digestion followed by ICP-OES
MnO	0.19	%	ORE2/1	Unspecified digestion followed by ICP-OES
MgO	5	%	ORE2/1	Unspecified digestion followed by ICP-OES
CaO	19.20	%	ORE2/1	Unspecified digestion followed by ICP-OES
Na2O	0.72	%	ORE2/1	Unspecified digestion followed by ICP-OES
K2O	0.68	%	ORE2/1	Unspecified digestion followed by ICP-OES
P2O5	0.16	%	ORE2/1	Unspecified digestion followed by ICP-OES
LOI	0.68	%	ORE2/1	Unspecified digestion followed by ICP-OES
Total	100.40	%	ORE2/1	Unspecified digestion followed by ICP-OES
As	10	ppm	A3	HF attack followed by perchloric acid digestion and atomic absorbtion spectometry
Bi	15	ppm	A3	HF attack followed by perchloric acid digestion and atomic absorbtion spectometry
Cd	10	ppm	A3	HF attack followed by perchloric acid digestion and atomic absorbtion spectometry
Co	45	ppm	A3	HF attack followed by perchloric acid digestion and atomic absorbtion spectometry
Cr	180	ppm	A3	HF attack followed by perchloric acid digestion and atomic absorbtion spectometry
Cu	20	ppm	A3	HF attack followed by perchloric acid digestion and atomic absorbtion spectometry
Mn	1050	ppm	A3	HF attack followed by perchloric acid digestion and atomic absorbtion spectometry
Mo	10	ppm	A3	HF attack followed by perchloric acid digestion and atomic absorbtion spectometry
Ni	40	ppm	A3	HF attack followed by perchloric acid digestion and atomic absorbtion spectometry
Pb	110	ppm	A3	HF attack followed by perchloric acid digestion and atomic absorbtion spectometry
Sb	50	ppm	A3	HF attack followed by perchloric acid digestion and atomic absorbtion spectometry
V	140	ppm	A3	HF attack followed by perchloric acid digestion and atomic absorbtion spectometry
Zn	75	ppm	A3	HF attack followed by perchloric acid digestion and atomic absorbtion spectometry

Analysis Number

1630201

Other Analysis Id

AC1629/88

Laboratory

Comlabs Pty Ltd, S.A.

Analyte	Value	Unit	Method	Method Description
Cs	<20	ppm	XRF1	X-Ray Fluorescence Spectrometry
Rb	44	ppm	XRF1	X-Ray Fluorescence Spectrometry
Ba	300	ppm	XRF1	X-Ray Fluorescence Spectrometry
La	20	ppm	XRF1	X-Ray Fluorescence Spectrometry
Y	6	ppm	XRF1	X-Ray Fluorescence Spectrometry
Th	<4	ppm	XRF1	X-Ray Fluorescence Spectrometry
Nb	490	ppm	XRF1	X-Ray Fluorescence Spectrometry
Sn	<4	ppm	XRF1	X-Ray Fluorescence Spectrometry
Zr	54	ppm	XRF1	X-Ray Fluorescence Spectrometry
Ce	30	ppm	XRF1	X-Ray Fluorescence Spectrometry
Sr	390	ppm	XRF1	X-Ray Fluorescence Spectrometry
U	<4	ppm	XRF1	X-Ray Fluorescence Spectrometry
Ag	2	ppm	AAS3	Atomic Absorption Spectroscopy, HF and perchloric acid digest
Au	<0.01	ppm	FAS1	Fire Assay.
Pt	<5	ppb	FAS2	Fire Assay.
Pd	<1	ppb	FAS2	Fire Assay.

Analysis Type

Analysis Number

Analyst

Analysis Date

Preservation

Yield

Barren

Slide in Storage

Analysis Comments

Bio.Youngest.Age

Bio.Oldest

Paleo Environment

Paleo Vegetation

Min Biostrat Zone 1

Max Biostrat Zone 2

Result	Result Type	Result Comments

Analysis Number

1291304

Petrology Number

TS36506

Historical Petrology Number

P1464/76

Analyst

Petrology Analysis Date

Thin Section in Storage

Petrology Specimen Type

Thin Section

Lithology

Summary Decription

Detailed Decription

Mineral Abundances by Volume

Abundant > 70%

Major 30-70%

Minor 5-29%

Trace 1-4%

Rare <1%

Unknown abundance

Document	Document ID	Information Type	Document Details	Reports Database
Other		Petrology Ref.
Laboratory Analysis Report		Geochemistry Ref.

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