EELS | AMETEKSkip to Main Content
No options found

Ruthenium

Element density: 12.37 g/cm3
Electron configuration:[Kr]4d75s1
Oxidation states: +3

Ruthenium

Edges

Explore electron energy loss spectroscopy (EELS) reference spectra, featuring major and minor edges used for elemental identification and chemical state analysis in materials research. 
 

 

Major edges

K

22117

 

 

L2

2967

Major_Sharp Peak
Major_Delayed Minimum

L3

2838

Major_Sharp Peak
Major_Delayed Minimum

M4

284

 

Major_Delayed Minimum

M5

279

 

Major_Delayed Minimum

N2,3

343

Minor_Broad Peak
Major_Delayed Minimum

 

Minor edges

L1

3224

 

Very Weak_Abrupt Onset

M1

585

 

Very Weak_Abrupt Onset

M2

483

Minor_Sharp Peak
Very Weak_Delayed Minimum

M3

407

Minor_Sharp Peak
Very Weak_Delayed Minimum

N1

75

 

Very Weak_Abrupt Onset

Enhance your EELS community

Share spectra with your fellow EELS users from around the world.

Related spectral data

RuO2 particle on holey C film (0 – 180 eV)
   

RuO2 particle on holey C film (0 – 180 eV)

Material analyzed: RuO2

Related elements: Ruthenium, Oxygen

Data contributor: Gatan

Beam energy (keV): 200

Nominal energy range (eV): 0 – 180

Collection semi-angle effective (mrad): 100

 

Notes: Serial EELS; 5 sweeps 16.67 ms dwell
 

RuO2(0-0920eV)
   

RuO2 particle on holey C film (0 – 920 eV)

Material analyzed: RuO2

Related elements: Ruthenium, Oxygen

Data contributor: Gatan

Beam energy (keV): 200

Nominal energy range (eV): 0 – 920

Collection semi-angle effective (mrad): 100

 

Notes: Serial EELS; 55 sweeps 20 ms dwell
 

Applications

Unlock the power of electron energy loss spectroscopy—explore cutting-edge applications, dive into expert-led webinars, and discover insights through detailed application notes that fuel scientific breakthroughs.

Looking for more Information

Want to enhance your EELS results?

Visit EM Academy to stream lessons from application specialists and design engineers anytime, anywhere, and at your own pace.