| | | | | | GIS Option Features | 
| Ideal geometrical configuration with respect to SEM and FIB columns | 
| 5 independent gas reservoirs with capillaries | 
| 3-axis microstage with automatic nozzles positioning | 
| Automated temperature control |
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| Standard gases for GIS (other gasses on request) | 
| Tungsten metal deposition | 
| Platinum metal deposition | 
| Insulator (SiOx) deposition | 
| Enhanced etching of diamond and PMMA (H2O) | 
| Enhanced or selective etching of Si, SiOx, Si3N4, W (XeF2) |
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| | | 1) | Milling (Etching): Sputtering a specimen atoms by “mechanical” action of the ions impinging on the surface (modification of the surface morphology) | 2) | Ion Implantation: Penetration of the ions into the surface layers of the specimen (modification of material chemical composition) | 3) | Ion Deposition: Very low energy ions deposition on the surface (creation of structures that are bound to the surface) | 4) | Enhanced Milling (Etching): Examples: XeF2 enhances Si, SiO2 and W etching by factor of 5 to 100 times; H2O of PMMA and diamond 10 to 20 times | 5) | Selective Milling (Etching): Combination of enhanced and reduced milling. Examples: H2O greatly reduces etching of Al, Si and SiO2; XeF2 of Al | 6) | Material Deposition: Adsorption of the precursor molecules on the surface, ion beam (or e-beam) induced dissociation of the gas molecules, deposition of the material atoms (e.g. Pt, W, C, SiOx) |
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