XASEELS database       iron L edges

We started collecting the x-ray absorption and electron energy loss spectra into a database for each separate element and edge.
As yet, we have only put the iron L edge database online.
If you see any (of your) papers missing, please let us know.
Also tell me if you would like to create a similar database for a certain element/edge.

The database contains an overview of iron L edge EELS, XAS, XMCD and RIXS spectra.
The buttons indicate the first author and year of publication and link to the original publication.
Further explanations & acknowledgements are given at the bottom.

We use the following colour coding of the papers:

EELS EELS spectra measured with electron microscopes
XAS X-ray absorption spectra.
XMCD X-ray MCD spectra
theory theory without new experimental data
RIXS  2p3d RIXS, 1s2p RIXS, resonant photoemission and resonant diffraction/scattering.
Halides                        
FeF2 Nakai 85 Chen 90 Krasnikov 05 Wang 06 Li 10 FeF3 Vinogradov 02 Krasnikov 05 Li 10 FeCl3 Thurmer 11  
Oxides                        
FeO Leapman 82 Colliex 91 Cressey 93 Vinogradov 02 Calvert 05 Tanaka 05 Prince 05 Han 06 Wang 06 Kim 07 Kang 08a  
 >> Kang 08b Lee 08 Kumagai 09 Ogasawara 09 Taubitz 09 Titov 10 Peak 12          
Fe2O3 Krivanek 90 Colliex 91 Kuiper 93 Garvie 94 Crocombette 95 Schedel-Ni. 95 Garvie 98 Kurata 98 Pellegrin 99 Kendelewicz 00b Gloter 00c  
 >> Todd 03 van Aken 03 Mitterbauer 03 de Groot 05 Vayssieres 05 Calvert 05 Han 06 Kim 06 Jasinski 06 Wang 06 Kim 07  
 >> Brotton 07 Kang 08a Kang 08b Lee 08 Chen 09 Tseng 09 Feldhoff 09 Taubitz 09 Titov 10 Gilbert 10 Singh 10  
 >> Yu 10 Chen 11 Peak 12 Braun 12 Tan 12 Yang 12            
Fe3O4 Colliex 91 Crocombette 95 Droubay 97 Kuiper 97 Kendelewicz 00a Kendelewicz 00b Faivre 04 Huang 04 Schedin 04 Lee 05 Calvert 05  
 >> Arenholz 06 Goering 06 Wang 06 Signorini 06 Brotton 07 Coker 07 Goering 07 Carvallo 08 Perez 09 Telling 09 Chen 09  
 >> Schlappa 09 Lam 10 Byrne 11 Wilkinson 12 Brück 12 Coker 12            
Fe3O4(Ti) Liu 12 Peak 12 Fe2O3+TiO2 Pearce 10 Fe3O4(Ga) Pool 11 Fe3O4/Pt Schedin 00 Morrall 03 Fe3O4/GaAs Lu 04  
Fe+FeOx de Smit 08 [Fe2O3] Brice-Prof. 05                  
Perovskites                        
LaFeO3 Abbate 92 Tanaka 05 Czekaj 06 Higuchi 08b Hayes 11              
SrFeO3 Abbate 92 Okamoto 05 Tanaka 05 Kang 08a Feldhoff 09 Galakhov 10b Sr(Ti,Fe)O3 Steinsvik 97        
BiFeO3 Bea 06 Martin 08 Higuchi 08a Higuchi 08b Yu 10 BiFeO3(Mn) Higuchi 08b BiFeO3/(Fe,Co) Martin 08 BiFeO3(Sr) Singh 10  
(La,Sr)FeO3 Abbate 92 Sr(Mn,Fe)O3 Kang 08a Ca(Si,Ti,Fe)O3 Gloter 00b Nd(Fe,Ni)O3 Bashir 09 (Mg,Fe)(Si,Al)O3 Lauterbach 00      
Sr(Co,Fe)O3 Okamoto 05 (Ba,Sr)(Zn,Fe)O3 Feldhoff 09 LuFe2O4 Ko 09 Kuepper 09            
Sr2FeMoO6 Sarma 01 Besse 02 Kuepper 04 Kim 07 Kanchana 07 Kuepper 08            
Spinels                        
FeAl2O4 Krishnan 90 van Aken 02 de Groot 05 Mg2FeO4 Pattrick 02 MnFe2O4 Kang 08b Matzen 11 ZnFe2O4 van Aken 02    
CoFe2O4 Imada 92 Pattrick 02 Moyer 12 CoFe2O4/BiFeO3 Zhao 07 FeCr2O4 Calvert 05 NiFe2O4 Pattrick 02 Tatsumi 10    
(Ni,Zn)Fe2O4 Pong 97 (Co,Zn)Fe2O4 Hochepied 01 (Co,Ni)Fe2O4 Pattrick 02 (Zn,Mn)Fe2O4 Krishnan 90 (Fe,Cr,Al,Mg)O4 Tafto 82 (Mn,Zn,Fe)3O4 Bettinger 09  
(Mg,Fe)2SiO4 Frost 01                      
Garnets                        
Gd3Fe5O12 Rudolf 92 Boero 08 Si3Fe5O12 van Aken 02 Ho3Fe5O12 Goering 04 Y3Fe5O12 Mesilov 12
Other Oxides                        
FeOOH Kendelewicz 00b Todd 03 Chen 09 Peak 12 Hocking 12 Fe2O3(H2O) Gloter 04 Peak 12 Guyodo 12      
Fe2SiO4 Krishnan 90 Garvie 98 van Aken 02 de Groot 05 FeCO3 Garvie 94 Butorin 00 Vinogradov 02 Brotton 07 Chen 09    
FeTiO3 Droubay 97 Garvie 98 Agui 02 Radtke 06 Fujii 07 Feldhoff 09 Tan 12 FeTi2O5 Tan 12      
GaFeO3 Kim 06 Kim 07 Staub 09 Yu 10                
FePO4 Augustsson 05 de Groot 05 LiFePO4 Augustsson 05 Laffont 06 Yang 12 Liu 12 Li(Mn,Fe)PO4 Hollmark 11 Fe3(PO4)2 Miot 09  
Ca(Al,Fe)O2.5 Gloter 00b Gloter 00c Ca2(Fe,Co)O5 Turner 12 CaBaFe4O7 Hollman 11 KFe3(SO4)2(OH)6 de Vries 09        
BaFeSi4O10 van der Laan 96 Schofield 98 KAlSi3O8(Fe) Poolton 11      
(Fe,Ni)O Chen 05 (Fe,Si)O Wilks 05 (Fe,Na,Si)O Faiz 11 (Mg,Fe)O Gloter 00a          
Applications                        
Minerals Cressey 93 Garvie 94 Garvie 98 van Aken 98 van Aken 02 Zega 03 Garvie 04 Pan 10 Deboudt 12      
Catalysts ZSM5(Fe) Heijboer 03 Heijboer 05              
Interstellar Lee 10 Costantini 05 Juett 06                  
Sulfides                        
FeS Vinogradov 02 Todd 03 Mikhlin 05 Calvert 05 Pearce 06 Kwon 11 (Fe,S) Mikhlin 05 Goh 06      
FeS2 Mosselmans 95 Charnock 96 Garvie 04 Calvert 05 Prince 05 Pearce 06 Goh 06          
Fe3S4 Calvert 05 Letard 05 Chang 12 Fe7S8 Letard 07 FeAsS Mikhlin 05          
KFeS2 Atanasov 95 Pearce 06 CuFeS2 Todd 03 Pearce 06 Goh 06 Na5FeS4 Atanasov 95        
(Fe,Zn)S Perez-D 04 Brik 08 (Fe,Cu)Cr2S4 Deb 03 Han 06 Taubitz 09            
Covalent (Se,Te,As) (B,N)                    
FeSe2 Charnock 96 FeTe2 Charnock 96 Fe(Se,Te) Hu 11 Chen 11 (Fe,Se) Kurmaev 09c        
LaFeAsO Kroll 09 Blanchard 10 Lukoyanov 10 La(Fe,Co)AsO Blanchard 10 LaFeAs(O,F) Kroll 08 CeFeAs(O,F) Bondino 10 PrFeAsO Freelon 10  
(Ba,K)Fe2As2 Koitsch 10 CaFe2As2 Kurmaev 09a BaFe2As2 McLeod 12 LiFeAs Kurmaev 09b          
FeN Takagi 10 Fe16N2 Wang 12 NdFe2B14 Imada 96 (Fe,Y)78B22 Liu 08          
Iron                        
atom/ion Martins 06 Hirsch 12 cluster Hirsch 12                
Fe2+/3+ Gupta 75 Yamaguchi 82 de Groot 90 van der Laan 92 Crocombette 95 Kurata 98 Tanaka 05 Kumagai 09 Ogasawara 09      
metal Fabian 71 Kiyono 78 Leapman 82 Fink 85 Kitamura 86 Kao 90 Chen 95 Berling 99 Kortright 00 Kurmaev 05 Wang 06  
 >> Han 07 Braicovich 07 Kim 07 Kang 08b Feldhoff 09 Galakhov 10a Takagi 10 Chen 11 Hirsch 12      
Fe+/Na Gambardella 02 [Fe]/Co Kleibert 09 [Fe]/C Tan 12 SiO2(Fe) Kurmaev 05 MgO(Fe) Hauptricht 10
Fe/Pd Cross 00 Ueno 12 [ZnO(Fe)] Kataoka 10 Fe/InAs Teodorescu 01 Fe/GaAs Xu 01 Claydon 04 Olejnik 10    
(Fe,Ni)/Co Soroka 05 (Fe,Co)/Pt Moulas 08 Fe/ZnSe Marangolo 02 Fe/Cu Krill 94 Mn/Fe Andrieu 97      
Alloys (metals, Si)                      
(Fe,Co) Yildiz 08 (Fe, Pd) Kamp 99 (Fe,Gd) Peters 04 (Fe,Tb) Vogel 95 (Fe,Dy) Fleury-Fren. 00      
(Fe,Co,Tb) Bordel 97 (Fe,Co,Dy) Fleury-Fren. 00 (Fe,Co,Zr) Hase 09              
FeAl Botton 99 Fe2Al(V) Soda 04                  
FeSi Berling 99 FeSi2 Kurmaev 05 Esake 11 (Fe,Si) Berling 99 Co2FeSi Balke 08        
Co2(Cr,Fe)Al Elmers 03 Kelekar 07 CoFeMnGa Klaer 11 CoFeMnSi Klaer 11 CoFeMnGe Klaer 11 (Zn,Fe)Se Cho 01    
Ce2Fe17(Al) Grandjean 99                      
Complexes                        
Fe{Cl} Wasinger 03 Fe{Cl}:CH3OH Bonhommeau 08 Fe{H2O} Thurmer 11              
Fe{acac} Wasinger 03 Fe{tpa}/Cu Gambardella 02 Fe2{tpa}/Cu Fabris 11 Fe2{salmp2} Peng 95          
Fe{O6Fe3} star Takacs 06 Mannini 09 Kuepper 11 Cr{O6Fe3} star Takacs 06 Fe4{L2(DPM)6} Mannini 10 {Fe8} magnet Boukhvalov 04 Letard 07    
Fe{tacn} Wasinger 03 Hocking 06 Fe{tcne} Bhatt 09 Fe{pdt}{(CO)6} Giles 12            
Fe{phen}{NCS} Briois 95 Collison 97 Lee 00 Fe{tzpy}{NCS} Sheu 09 Fe{tren(py)3} Huse 10          
Fe{CO} Wen 92 Otero 09 Fe{arene} Otero 09 Fe{C,H} Wen 92 Fe{cp2} Wen 92 Otero 09 Titov 10    
Fe{CO}{CN} George 08 Fe{S2P2C2} George 08 Fe{NP3} George 08 Fe{C2H5PO3} Finkelstein 01 Fe{PNP}{Cl} Mossin 12 Fe{N(CN)2} Kucas 05  
Fe{CN} Arrio 96 Collison 99 Cartier dit M. 00 Vinogradov 01 Hocking 06 Bonhommeau 08 George 08 Coronado 08 Otero 09 Asakura 11    
Fe{PC} Koch 85 Thole 88 Koshino 00 Miedema 09 Bartelome 10 Miedema 11 Simonov 12 Himpsel 12 Fe{PC}/Au Stepanow 11    
Fe{porph}/Ni Wende 07 Bernien 07 Baberschke 09 Bernien 09 Fe{porph}/Co Miguel 11 Fe{corrole} Hocking 09        
Proteins                        
Fe{heme} Hocking 07 Fe{heme}:H2O Aziz 09 Fe{Mb} Wang 97 Wang 05 Funk 05          
Fe{catalase} Bergmann 10 Fe{rubredoxin} George 92 Fe{ferrodoxin} van Elp 96              

   

The references are collected by Frank de Groot. For help, advice and suggestions I would like to thank:
Piter Miedema, Sergei Butorin, Alexandre Gloter, Steve Cramer, Julia Lee, Grant Henderson, Adam Hitchcock & Karsten Kuepper.

Contact: f.m.f.degroot@uu.nl
Website: http://www.anorg.chem.uu.nl/people/staff/FrankdeGroot


(La,Sr) A number of spectra with mixtures of La and Sr
BiFeO3(Mn) BiFeO3 doped with Mn
[Fe] Iron nanoparticle
Fe/Co Iron thin layer on a cobalt substrate
:CH3OH Sample dissolved in acetone
Fe{Cl} Coordination compound of iron with chloor