Nanomicroscopy is a kind of high-resolution microscope that can image and measure samples at the nanometer level, and can observe the structure, morphology and physicochemical properties of materials. Its main working principle is to generate signals by using nano-probes to interact with the sample, and then use the Detector to receive the signal and convert it into image or spectral line information.
The application fields of nanomicroscopes mainly involve materials science, nanotechnology, biomedicine and other fields. Commonly used nanomicroscopes include atomic force microscope, scanning electron microscope, transmission electron microscope, etc.
Technical parameters:
| Technical parameters | explain |
|---|---|
| resolution | The smallest distance that a microscope can resolve |
| spatial resolution | The resolution of a microscope over space |
| sensitivity | The ability of the Detector to respond to signals |
| acquisition speed | The speed at which the microscope acquires images |
| operating mode | The operating mode of the microscope for imaging and measurement, such as contact mode, non-contact mode, etc |
The above are some typical technical parameters of nanomicroscopes, and different models of nanomicroscopes may vary in these parameters.
