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Hello,
Thank you for this list. Based on your previous experience, I would like to know which of these packages support STEM-EELS simulations?
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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…
-
```
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…
-
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Using the 02_eels test of Al111 in test-suite, CudaFortran run in less then one second, while OpenAcc takes about 13 second.
Tests done on branch tech/deve-gpu
![image](https://github.com/yambo-…
-
```
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…