New publication about meteor spectroscopy

The method of using an orthographic transformation to linearize spectra is getting used more frequently. A research group from the Beijing National Observatory of Space Environment in China has used the method for the analysis of video meteor spectra and is publishing the results now. Sipeng Yang et. al., MIOS optical subsystem for determining physical … Continue reading New publication about meteor spectroscopy

Update for meteor spectra processing with Python

Instrument Response In a previous blog I have described a Python script with a GUI for calibrating and processing meteor spectra. The spectrum calibrated in wavelength is still not the final result of the processing. One would like to have a plot of energy against wavelength. Unfortunately the measured intensity is influenced by detector sensitivity, … Continue reading Update for meteor spectra processing with Python

Unified python script for calibration and processing of meteor spectra

In my previous post meteor-spectroscopy-python-scripts-on-github I have presented two scripts. One for the laser calibration of meteor spectra, which determines the parameters for the orthographic transformation, which is used to linearize meteor spectra. The other script was used for the processing of meteor spectra. These scripts have now been combined into a single script which … Continue reading Unified python script for calibration and processing of meteor spectra

Meteor spectroscopy Python scripts on Github

In previous posts I have described the analysis of meteor spectra with different methods, first using conventional software then with dedicated Python scripts. Lately I have added a windows graphical user interface (GUI), which simplifies the analysis of meteor spectra (https://meteorspectroscopy.org/2020/03/27/meteor-spectra-analysis-new-version/). Now that the scripts have been tested I made them publicly available at Github … Continue reading Meteor spectroscopy Python scripts on Github