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What (who) is SHRIMP - definition
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![lobstering]].](https://commons.wikimedia.org/wiki/Special:FilePath/Caridoid escape reaction.gif?width=200 "lobstering]].")
![External anatomy of the common European shrimp, ''[[Crangon crangon]]''](https://commons.wikimedia.org/wiki/Special:FilePath/Crangon crangon.png?width=200 "External anatomy of the common European shrimp, ''[[Crangon crangon]]''")
![A [[bigclaw river shrimp]]. Prawns are sometimes said to be large shrimp or alternatively freshwater shrimp, but this large, freshwater creature is a [[caridean shrimp]], and is rarely referred to as a prawn.](https://commons.wikimedia.org/wiki/Special:FilePath/Macrobrachium carcinus.jpg?width=200 "A [[bigclaw river shrimp]]. Prawns are sometimes said to be large shrimp or alternatively freshwater shrimp, but this large, freshwater creature is a [[caridean shrimp]], and is rarely referred to as a prawn.")
![Global aquaculture production 1970–2009, in million tonnes, as reported by the [[FAO]]<ref name=faostat/>](https://commons.wikimedia.org/wiki/Special:FilePath/Shrimp and prawn aquaculture time series.png?width=200 "Global aquaculture production 1970–2009, in million tonnes, as reported by the [[FAO]]<ref name=faostat/>")
![Global wild capture, 1950–2010, in million tonnes, as reported by the [[FAO]]<ref name=faostat/>](https://commons.wikimedia.org/wiki/Special:FilePath/Shrimp and prawn capture time series.png?width=200 "Global wild capture, 1950–2010, in million tonnes, as reported by the [[FAO]]<ref name=faostat/>")
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Wikipedia
The sensitive high-resolution ion microprobe (also sensitive high mass-resolution ion microprobe or SHRIMP) is a large-diameter, double-focusing secondary ion mass spectrometer (SIMS) sector instrument produced by Australian Scientific Instruments in Canberra, Australia. Similar to the IMS 1270-1280-1300 large-geometry ion microprobes produced by CAMECA, Gennevilliers, France and like other SIMS instruments, the SHRIMP microprobe bombards a sample under vacuum with a beam of primary ions that sputters secondary ions that are focused, filtered, and measured according to their energy and mass.
The SHRIMP is primarily used for geological and geochemical applications. It can measure the isotopic and elemental abundances in minerals at a 10 to 30 μm-diameter scale and with a depth resolution of 1–5 μm. Thus, SIMS method is well-suited for the analysis of complex minerals, as often found in metamorphic terrains, some igneous rocks, and for relatively rapid analysis of statistical valid sets of detrital minerals from sedimentary rocks. The most common application of the instrument is in uranium-thorium-lead geochronology, although the SHRIMP can be used to measure some other isotope ratio measurements (e.g., δ7Li or δ11B) and trace element abundances.
