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Spectroscopy has these child concepts:
Atomic spectroscopy
Electronic spectroscopy
Galaxy spectroscopy
Lyman alpha forest
Molecular spectroscopy
Radio spectroscopy
Rotational spectroscopy
Tran…
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# New term label (required)
Photoelectron photoion coincidence spectroscopy
# Definition (required)
Simultaneous measurement of the vector momenta of both the electrons and ions produced in a si…
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## *Hosting Details*
*The Request will be deployed Molecular Absorption Spectroscopy Lab*
**Request Type**:
- [ ] Urgent
#### Note: All of the following request parameters are mandatory. Pleas…
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Hey @MarJMue and @litdotcom,
I searched through the web as I was thinking about modularising this project and to make it more generic and stumbled upon [hyperspy](https://hyperspy.org), which solve…
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Include Data source -> 'Experiment' -> 'Experiment type' + 'Experiment technique'.
@brissebrat Can you include the list of experiment techniques from the LADP database?
These should be include…
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## *Hosting Request*
Use this to request hosting of an already registered lab or experiment. If the lab or experiment is not registered, please do that by raising a registration request.
- **Hos…
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```
It seems easy to simulate the results of electron-energy-loss spectroscopy
(EELS) with the DDA. The trick is to replace the plane incident wave in the DDA
by the field of a swift electron.
It i…
-
```
It seems easy to simulate the results of electron-energy-loss spectroscopy
(EELS) with the DDA. The trick is to replace the plane incident wave in the DDA
by the field of a swift electron.
It i…
-
```
It seems easy to simulate the results of electron-energy-loss spectroscopy
(EELS) with the DDA. The trick is to replace the plane incident wave in the DDA
by the field of a swift electron.
It i…
-
```
It seems easy to simulate the results of electron-energy-loss spectroscopy
(EELS) with the DDA. The trick is to replace the plane incident wave in the DDA
by the field of a swift electron.
It i…