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- Nuclear_microscopy abstract "Nuclear microscopy uses a device called a microprobe. A microprobe is a device that uses electromagnetic or electrostatic lenses to focus an ion beam. In this way a microprobe is very similar to a scanning electron microscope. One difference is that the nuclear microprobe's beam is usually composed of protons and alpha particles. Some of the most advanced nuclear microprobes have beam energies in excess of 2 MeV. This gives the device very high sensitivity to minute concentrations of elements, around 1 ppm at beam sizes smaller than 1 micrometer. This elemental sensitivity exists because when the beam interacts with the a sample it gives off characteristic X-rays of each element present in the sample. This type of detection of radiation is called PIXE. Other analysis techniques are applied to nuclear microscopy including Rutherford backscattering(RBS), STIM, etc.".
- Nuclear_microscopy wikiPageID "288006".
- Nuclear_microscopy wikiPageRevisionID "596106328".
- Nuclear_microscopy hasPhotoCollection Nuclear_microscopy.
- Nuclear_microscopy subject Category:Microscopy.
- Nuclear_microscopy comment "Nuclear microscopy uses a device called a microprobe. A microprobe is a device that uses electromagnetic or electrostatic lenses to focus an ion beam. In this way a microprobe is very similar to a scanning electron microscope. One difference is that the nuclear microprobe's beam is usually composed of protons and alpha particles. Some of the most advanced nuclear microprobes have beam energies in excess of 2 MeV.".
- Nuclear_microscopy label "Nuclear microscopy".
- Nuclear_microscopy sameAs m.01q8p5.
- Nuclear_microscopy sameAs Q7068148.
- Nuclear_microscopy sameAs Q7068148.
- Nuclear_microscopy wasDerivedFrom Nuclear_microscopy?oldid=596106328.
- Nuclear_microscopy isPrimaryTopicOf Nuclear_microscopy.