SHRIMP Lab News and Notices
(updated 7/24/2007) |
•Notice to external users of the Stanford University/U.S. Geological Survey (USGS) Ion Probe. On October 1, 2007, user fees for external users (non-Stanford/USGS) will increase to $1700/day (24 hours). Please plan accordingly in budgets for future proposals.
•SUMAC welcomes Kate Maher as a new Stanford Geological and Environmental Sciences Assistant Professor
•SUMAC welcomes Marty Grove as a new Stanford Geological and Environmental Sciences Professor and co-director of the SHRIMP Lab
•USGS Mendenhall Postdoctoral Research Fellowship Program
SHRIMP Lab
Green Earth Sciences Building
367 Panama Street Room 89
Stanford, California USA
tel (650) 725-6536
fax (650) 724-6360 |
SHRIMP RG
Sensitive High Resolution Ion Micro Probe Reverse Geometry
The SHRIMP RG is at Stanford University as a result of a partnership between the U.S. Geological Survey and Stanford University School of Earth Sciences. The laboratory is run for the mutual benefit of the two parties with cost and analytical time being shared. The laboratory is also available to outside visitors on a cost recovery basis as time allows.
SUMAC FACILITIES
PUBLICATIONS
SHRIMP
SHRIMP RG
SHRIMP TOUR
SAMPLE PREPARATION
INSTALLATION
PERSONNEL
LOCATION
OTHER LINKS
|
| Recent Research and Applications |
 GSA 2007 Shrimp-RG analysis of igneous and metamorphic minerals from the northern grouse creek mountains, Utah: new evidence for the timing of Mesozoic and Cenozoic metamorphism and deformation
GSA 2007 Hf and temperature (from Ti) variations in zircon: a new tool to evaluate petrologic processes in magmas
GSA 2007 Sr and ND isotopic evolution in Late Cretaceous lower to upper crustal granitic rocks from the transverse ranges, Southern California
GSA 2007 Trace element variability in titanite from diverse geologic environments
Tucson 2007 Using the temperature and compositional characteristics of zircon and titanite to better understand the petrogenesis of Mesozoic magmatism in the transverse ranges, California
AGU 2007 Integrating trace element abundances and derived temperatures for zircon and titanite to elucidate petrogenesis of a cretaceous granodiorite,Southern California
Goldschmidt 2006 Trace element analysis in zircon by ion microprobe(SHRIMP-RG) technique and applications
AGU 2006 Trace element analysis of accessory and rock-forming minerals by ion microprobe (SHRIP-RG)
Goldschmidt 2006 Temperatures (Ti) and compositional characteristics of zircon: early observations using high mass resolution on the USGS-Stanford SHRIMP-RG
•230Th-U dating of surficial deposits using the ion microprobe (SHRIMP-RG): A microstratigraphic perspective. Quaternary international (2007), Vol. 166.
doi:10.1016/j.quaint.2007.01.003
•Highlights from twenty publications chosen to illustrate the breadth of use by scientists from the USGS, Stanford and other institutions. (March 2006)
|
