The method may comprise stopping a mode of operation, for example in a manner as discussed above, based on the one or more results.
The method may comprise selecting and/or changing a mode of operation, for example in a manner as discussed above, based on the one or more results.
The method may comprise developing and/or modifying a classification model and/or library, for example in a manner as discussed above, based on the one or more results.
The method may comprise outputting the one or more results to electronic storage of the spectrometric analysis system.
The electronic storage may form part of or may be coupled to a spectrometer, such as a mass and/or ion mobility spectrometer, of the spectrometric analysis system.
The method may comprise transmitting the one or more results to a first location from a second location.
The method may comprise receiving the one or more results at a first location from a second location.
As discussed above, the first location may be a remote or distal sampling location and/or the second location may be a local or proximal analysis location. This can allow, for example, the one or more sample spectra to be analysed at a safer or more convenient location but used at a disaster location (e.g., earthquake zone, war zone, etc.) at which the one or more sample spectra were obtained.
As discussed above, the one or more sample spectra may be obtained using a sampling device. In these embodiments, the method may comprise providing feedback based on the one or more results while the sampling device remains in use while the sampling device remains in use.