AGDB2 rock sample C198490

(igneous, basalt)

Field Value
Lab ID C198490
Field ID SiC7D312
Job ID MRP03653
Sample submitter Karl, Susan M.
Project name Ketchikan Precambrian VMS
Date submitted 9/25/2001 0:00:00
Country United States
State AK
Map quadrangle Sitka
Geographic latitude 57.69167
Geographic longitude -136.11528
Sample source outcrop
Collection method grab/single
Primary media type rock
Secondary media type igneous
Sample media name basalt
Sample comment basalt
Geologic age Jurassic-Cretaceous
Stratigraphic unit KJk; Sitka Graywacke
Igneous setting extrusive
(click for info)
Geologic map unit -136.11528, 57.69167
Nearby scientific data Find additional scientific data near this location
Element Measured value Units of measure Analytical method
Vanadium 189 parts per million by weight EDX
Chromium 239 parts per million by weight EDX
Nickel 77 parts per million by weight EDX
Copper 159 parts per million by weight EDX
Zinc 87 parts per million by weight EDX
Gallium 20 parts per million by weight EDX
Germanium <2 parts per million by weight EDX
Arsenic 4 parts per million by weight EDX
Selenium <1 parts per million by weight EDX
Rubidium 10 parts per million by weight EDX
Strontium 1050 parts per million by weight EDX
Yttrium 31 parts per million by weight EDX
Zirconium 117 parts per million by weight EDX
Niobium 8 parts per million by weight EDX
Molybdenum <1 parts per million by weight EDX
Silver <1 parts per million by weight EDX
Cadmium <1 parts per million by weight EDX
Tin <2 parts per million by weight EDX
Antimony 2 parts per million by weight EDX
Cesium <3 parts per million by weight EDX
Barium 459 parts per million by weight EDX
Lanthanum 9 parts per million by weight EDX
Cerium 18 parts per million by weight EDX
Neodymium 9 parts per million by weight EDX
Tungsten <5 parts per million by weight EDX
Lead <3 parts per million by weight EDX
Bismuth <5 parts per million by weight EDX
Thorium <2 parts per million by weight EDX
Uranium <2 parts per million by weight EDX
Element Value Units Technique Digestion Decomposition Laboratory
Sulfur 0.036 pct XRF T LiBO2-Li2B4O7 fusion USGS-MRT
Sulfur 0.036 pct XRF T LiBO2-Li2B4O7 fusion USGS-MRT
Vanadium 189 ppm XRF T EDXRF USGS-MRT
Chromium 239 ppm XRF T EDXRF USGS-MRT
Chromium 280 ppm XRF T LiBO2-Li2B4O7 fusion USGS-MRT
Nickel 77 ppm XRF T EDXRF USGS-MRT
Copper 159 ppm XRF T EDXRF USGS-MRT
Zinc 87 ppm XRF T EDXRF USGS-MRT
Gallium 20 ppm XRF T EDXRF USGS-MRT
Germanium N2 ppm XRF T EDXRF USGS-MRT
Arsenic 4 ppm XRF T EDXRF USGS-MRT
Selenium N1 ppm XRF T EDXRF USGS-MRT
Bromine N1 ppm XRF T EDXRF USGS-MRT
Rubidium 10 ppm XRF T EDXRF USGS-MRT
Strontium 1050 ppm XRF T EDXRF USGS-MRT
Yttrium 31 ppm XRF T EDXRF USGS-MRT
Zirconium 117 ppm XRF T EDXRF USGS-MRT
Niobium 8 ppm XRF T EDXRF USGS-MRT
Molybdenum N1 ppm XRF T EDXRF USGS-MRT
Silver N1 ppm XRF T EDXRF USGS-MRT
Cadmium N1 ppm XRF T EDXRF USGS-MRT
Tin N2 ppm XRF T EDXRF USGS-MRT
Antimony 2 ppm XRF T EDXRF USGS-MRT
Cesium N3 ppm XRF T EDXRF USGS-MRT
Barium 459 ppm XRF T EDXRF USGS-MRT
Lanthanum 9 ppm XRF T EDXRF USGS-MRT
Cerium 18 ppm XRF T EDXRF USGS-MRT
Neodymium 9 ppm XRF T EDXRF USGS-MRT
Tungsten N5 ppm XRF T EDXRF USGS-MRT
Lead N3 ppm XRF T EDXRF USGS-MRT
Bismuth N5 ppm XRF T EDXRF USGS-MRT
Thorium N2 ppm XRF T EDXRF USGS-MRT
Uranium N2 ppm XRF T EDXRF USGS-MRT
Al2O3 18.4 pct XRF T LiBO2-Li2B4O7 fusion USGS-MRT
CaO 10.9 pct XRF T LiBO2-Li2B4O7 fusion USGS-MRT
FeTO3 9.46 pct XRF T LiBO2-Li2B4O7 fusion USGS-MRT
K2O 0.46 pct XRF T LiBO2-Li2B4O7 fusion USGS-MRT
LOI 1.7 pct GV T combustion USGS-MRT
MgO 2.68 pct XRF T LiBO2-Li2B4O7 fusion USGS-MRT
MnO 0.13 pct XRF T LiBO2-Li2B4O7 fusion USGS-MRT
Na2O 3.57 pct XRF T LiBO2-Li2B4O7 fusion USGS-MRT
P2O5 0.25 pct XRF T LiBO2-Li2B4O7 fusion USGS-MRT
SiO2 50.9 pct XRF T LiBO2-Li2B4O7 fusion USGS-MRT
TiO2 1.47 pct XRF T LiBO2-Li2B4O7 fusion USGS-MRT