Nanotechnology is the study of matter, and the ability to control it, on an atomic or molecular scale. Generally this involves structures that are 100 nanometers or smaller, and developing materials or devices within that size (one nanometer = 39.37 X 10-9 inches). This microscopic level of engineering and development requires special conditions and structures. The precision tools used in nanotechnology operations are extremely sensitive to ambient vibration. Any vibration can create errors in evaluation or problems with manufacturing.
When planning, developing and financing a nanotechnology research structure, choosing the site is the first and most important decision. Critical analysis of the initial site choice alleviates issues that increase cost in the future. By choosing a site that has little to no vibration, an uncomplicated structure solution may be designed to meet the vibration standards. GeoSonics/Vibra-Tech can assist the architect and owner in planning a nanotechnology structure. Our experienced professionals can help with site selection through long-term continuous monitoring of ground ambient vibration. Our specialized seismographs and monitoring operations provide the solid, technical data necessary to make the best site selection. Our data will also assist the structural engineer in designing a proper foundation system to minimize ground vibration transmissibility to the structure.