[Ifeffit] Question about CsNO3 L3 edge

[Tien Neng-Chuan]

Thank you very much

> Mangold, Stefan (IPS) <stefan.mangold at kit.edu> 於 2021年7月1日 下午5:05 寫道：
> 
> 
> the plot from researchgate is transmission data, your data is fluorescence; 
> 
> best regards
> 
> Stefan Mangold
> 
>> Am 01.07.2021 um 10:17 schrieb 田能全 <tien.nengchuan at gmail.com>:
>> 
>> Hi Stefan,
>> Thanks for the response. I am confusing about the two plots. Could you please explain more about the difference?
>> 
>> <image.png>https://www.researchgate.net/publication/231097049_Cs_L-edge_EXAFS_atomic_absorption_background/figures?lo=1
>> 
>> 
>> 
>> <image.png>
>> 
>> 
>> Kind regards,
>> 
>> N. C. Tien
>> 
>> 
>> 
>> Mangold, Stefan (IPS) <stefan.mangold at kit.edu> 於 2021年7月1日 週四 下午3:38寫道：
>>> normal for every element,
>>> 
>>> the higher the energy, the larger is the penetration depth —
>>> 
>>> regards
>>> 
>>> Stefan Mangold
>>> 
>>>> Am 01.07.2021 um 06:13 schrieb 田能全 <tien.nengchuan at gmail.com>:
>>>> 
>>>> 
>>>> Hi everyone,
>>>> My colleague sent me data of liquid CsNO3 sample measured using fluorescence model. According to the attached figure, I don't understand why mu(E) increased with increasing energy before and after the L3 edge. Does it make sense for cesium?  Thanks.
>>>> 
>>>> Nengchuan
>>>> <image.png>
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