Browse spectra · EELS Data Base

188 spectra · page 3 of 4 · Filters

Type	Title	Formula ↑	Edges	Energy range	Beam	Resolution	Author	Added
Core loss	Iron titanium oxide	FeTiO₃	Fe L2,3	679.8 – 782.1 eV	200 kV		Armin Feldhoff	2009-12-16
Core loss	Ge	Ge	Ge L1, Ge L2,3	713.3 – 1724.8 eV	200 kV	0.5 eV	aneeqa	2016-11-25
Core loss	Helium	He	He K	15 – 32.9 eV	100 kV	0.7 eV	Odile Stephan	2008-02-25
Core loss	HoS(Se)-TaS2(Se) misfit nanotube	HoS(Se)-TaS₂(Se)	Ho M4,5, S K, Se L1, Se L2,3, Ta M4,5	1124.8 – 2635.5 eV	200 kV	2 eV	Luc Lajaunie	2018-01-15
Core loss	La0.7Sr0.3MnO3/SrTiO3-(001) heterostructure	La_0.7Sr_0.3MnO₃	Mn L2,3	628.4 – 682.4 eV	300 kV	1 eV	magnunor	2016-02-10
Core loss	La0.7Sr0.3MnO3/SrTiO3-(001) heterostructure, oxygen vacancies	La_0.7Sr_0.3MnO₃	Mn L2,3	628.4 – 682.4 eV	300 kV	1 eV	magnunor	2016-02-10
Core loss	La0.7Sr0.3MnO3/SrTiO3-(001) heterostructure, brown millerite oxygen vacancies	La_0.7Sr_0.3MnO₃	Mn L2,3	644.7 – 682.8 eV	200 kV	0.7 eV	magnunor	2016-02-10
Core loss	La0.7Sr0.3MnO3 film on SrTiO3-(111) substrate	La_0.7Sr_0.3MnO₃	La M4,5, Mn L1, Mn L2,3, O K	410 – 920.8 eV	200 kV	0.7 eV	magnunor	2016-02-10
Core loss	La0.7Sr0.3MnO3/SrTiO3-(001) Heterostructure	La_0.7Sr_0.3MnO₃	O K	530 – 559.8 eV	300 kV	1 eV	magnunor	2016-02-21
Core loss	La0.7Sr0.3MnO3/SrTiO3-(001) Heterostructure, Oxygen Vacancies	La_0.7Sr_0.3MnO₃	O K	530 – 559.8 eV	300 kV	1 eV	magnunor	2016-02-21
Core loss	La0.7Sr0.3MnO3 thin film	La_0.7Sr_0.3MnO₃	Mn L2,3	618 – 664.8 eV	80 kV	0.7 eV	magnunor	2016-08-27
Core loss	La0.7Sr0.3MnO3 thin film, electron beam damage	La_0.7Sr_0.3MnO₃	Mn L2,3	618 – 664.8 eV	80 kV	0.7 eV	magnunor	2016-08-27
Core loss	La0.7Sr0.3MnO3 thin film	La_0.7Sr_0.3MnO₃	O K	515 – 554.8 eV	80 kV	0.7 eV	magnunor	2016-08-27
Core loss	La0.7Sr0.3MnO3 thin film, electron beam damage	La_0.7Sr_0.3MnO₃	O K	515 – 554.8 eV	80 kV	0.7 eV	magnunor	2016-08-27
Core loss	La0.7Sr0.3MnO3 thin film	La_0.7Sr_0.3MnO₃	Mn L2,3	630 – 673.8 eV	200 kV	0.7 eV	magnunor	2016-08-27
Core loss	La0.7Sr0.3MnO3 thin film, heavy electron beam damage	La_0.7Sr_0.3MnO₃	Mn L2,3	630 – 673.8 eV	200 kV	0.7 eV	magnunor	2016-08-27
Core loss	La0.7Sr0.3MnO3 thin film	La_0.7Sr_0.3MnO₃	O K	522 – 556.8 eV	200 kV	0.7 eV	magnunor	2016-08-27
Core loss	La0.7Sr0.3MnO3 thin film, heavy electron beam damage	La_0.7Sr_0.3MnO₃	O K	522 – 556.8 eV	200 kV	0.7 eV	magnunor	2016-08-27
Core loss	La2NiO4 - Structure of K2NiF4	La₂NiO₄	La M4,5, Ni L2,3, O K	424 – 934.5 eV	200 kV	0.25 eV	VILLEPREUX Edouard	2020-09-17
Core loss	O-K edge - La2NiO4 - Structure of K2NiF4 tetragonale (I4/mmm)	La₂NiO₄	O K	521.6 – 559.2 eV	200 kV	0.1 eV	VILLEPREUX Edouard	2020-06-11
Core loss	Lanathanum Cobalt Oxide	LaCoO₃	Co L1, Co L2,3, La M4,5, O K	455 – 966.5 eV	200 kV	2 eV	Ferdinand Hofer	2008-01-19
Core loss	LaFeO3 thin film	LaFeO₃	Fe L2,3	682.8 – 734.8 eV	80 kV	0.7 eV	magnunor	2016-08-27
Core loss	LaFeO3 thin film	LaFeO₃	Fe L2,3	682.8 – 734.8 eV	80 kV	0.7 eV	magnunor	2016-08-27
Core loss	LaS(Se)-TaS2(Se) misfit nanotube	LaS(Se)-TaS₂(Se)	La M4,5, Se L1, Se L2,3, Ta M4,5	524.8 – 2008 eV	200 kV	2 eV	Luc Lajaunie	2018-01-15
Core loss	Magnesium carbonate	MgCO₃	O K	512 – 614.3 eV	200 kV	1.2 eV	Ferdinand Hofer	2005-04-20
Core loss	Magnesium carbonate	MgCO₃	C K	245.2 – 347.5 eV	200 kV	1.2 eV	Ferdinand Hofer	2005-04-20
Core loss	Magnesium Oxide	MgO	O K	341.5 – 1364.5 eV	300 kV	1 eV	Giovanni Bertoni	2007-11-13
Core loss	Magnesium Oxide	MgO	Mg K	1090.5 – 2113.5 eV	300 kV	1 eV	Giovanni Bertoni	2007-11-13
Core loss	Magnesium oxide	MgO	O K	531.6 – 679.4 eV	100 kV	0.6 eV	Dominique Imhoff	2008-03-04
Core loss	Magnesium oxide	MgO	Mg K	1258.8 – 1441.6 eV	100 kV	0.6 eV	Dominique Imhoff	2008-03-04
Core loss	Molybdenum	Mo	Mo L1, Mo L2,3	1805.5 – 3852.5 eV	200 kV	0.5 eV	Ian MacLaren	2017-07-05
Core loss	MoO2	MoO₂		313.4 – 591.6 eV	100 kV	1.5 eV	Luc Lajaunie	2015-09-13
Core loss	MoO2	MoO₂	Mo L1, Mo L2,3	1805 – 3852 eV	200 kV	0.5 eV	Ian MacLaren	2017-07-05
Core loss	MoO3	MoO₃		183.2 – 586.3 eV	100 kV	2.2 eV	Luc Lajaunie	2015-09-13
Core loss	MoO3	MoO₃		316 – 594.2 eV	100 kV	1.5 eV	Luc Lajaunie	2015-09-13
Core loss	N2 gas	N₂	N K	352.8 – 439 eV	100 kV		Susana Trasobares	2007-11-19
Core loss	Niobium oxide	Nb₂O₅	Nb M2,3, Nb M4,5, O K	136.9 – 806.4 eV	100 kV	1.3 eV	Wilfried Sigle	2008-02-15
Core loss	Niobium oxide NbO2	NbO₂	Nb M2,3, Nb M4,5, O K	120 – 789.5 eV	100 kV	1.3 eV	Wilfried Sigle	2008-02-15
Core loss	99.99% Nickel metal	Ni	Ni L2,3	846.5 – 897.1 eV	300 kV	1.1 eV	(Dr) Marie Cheynet	2005-05-26
Core loss	Nickel monoxide	NiO	Ni L2,3	847.4 – 898.1 eV	300 kV	1.1 eV	(Dr) Marie Cheynet	2005-05-26
Core loss	Silicon	Si	Si L2,3	90.3 – 173.6 eV	100 kV	1.08 eV	Sylvie Schamm	2007-11-19
Core loss	Si	Si	Si K	1025.1 – 2021.1 eV	200 kV	0.5 eV	aneeqa	2016-11-25
Core loss	Silicon nitride	Si₃N₄	N K, Si L2,3	50 – 719.5 eV	100 kV	1 eV	Vesna Srot	2008-01-21
Core loss	Silicon nitride alpha	Si₃N₄ (α)	Si L2,3		100 kV	1.1 eV	Sylvie Schamm	2007-11-28
Core loss	Silicon nitride alpha	Si₃N₄ (α)	Si L2,3	90.3 – 173.5 eV	100 kV	1.1 eV	Sylvie Schamm	2005-04-20
Core loss	Silicon carbide 6H(hexagonal)	SiC(6H)	Si L2,3	88.5 – 190.4 eV	100 kV	1 eV	Sylvie Schamm	2005-04-20
Core loss	Silicon carbide 6H(hexagonal)	SiC(6H)	Si L2,3	90.3 – 173.5 eV	100 kV	1 eV	Sylvie Schamm	2005-04-29
Core loss	Tin	Sn		3410.3 – 5457.3 eV	200 kV	0.5 eV	Ian MacLaren	2017-07-05
Core loss	Tin (II) oxide	SnO		3302 – 5349 eV	200 kV	0.5 eV	Ian MacLaren	2017-07-05
Core loss	Tin (IV) oxide	SnO₂		3305.4 – 5352.4 eV	200 kV	0.5 eV	Ian MacLaren	2017-07-05