Relative strengths of the competing multipoles in the K and L series x-ray spectra in theNR limit

Edlabadkar, V S; Mandé, C.

doi:10.1007/bf02846212

Cited by 6 publications

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References 8 publications

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“…The L,, and L,,, absorption white lines observed by us may be attributed to the transitions 2p,,,-5d3,, and 2p3/2-5dsj2, respectively, as has been discussed earlier by Wong et al [19]. The white lines are intense not only because the 5d levels are completely empty in the compounds but also because the p-d transitions are highly favoured ones [21,22]. The L,,, white line is stronger than that of L,,, since the 2p1i2-5d,i2 transition is less probable than the 2p,,2-5d,,, one.…”

Section: Discussionmentioning

confidence: 61%

A Study of the White Lines Associated with the Rare Earth L_II and L_III Absorption Discontinuities in Some Oxides and Tungstates

Vishnoi

Sapre

Mandé

1990

Physica Status Solidi (b)

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The intensities are studied of the white lines associated with the L,, and LllI absorption discontinuities of the rare earth elements in their oxides RE,O, (RE = La, Ce, Pr, Nd, Eu, Gd, Tb, Dy, Ho, Er, Tm, Yb and Lu) and some tungstates RE,(WO,), (RE = La, Ce, Nd, Sm, Gd and Dy). These white lines correspond to the absorption transitions from the 2p1,, to the 5d,,, and from the 2p,,, to the 5d,/, levels. It is observed that the intensities of the white lines depend upon the filling of the 4f levels, which partially overlap the 5d levels. Une etude des intensites des raies blanches associees avec les discontinuZtCs d' absorption L,, an Llrl des elements des terres rares dans leurs oxide RE,O, (RE

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Section: Discussionmentioning

confidence: 61%

A Study of the White Lines Associated with the Rare Earth L_II and L_III Absorption Discontinuities in Some Oxides and Tungstates

Vishnoi

Sapre

Mandé

1990

Physica Status Solidi (b)

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White line in L absorption spectra of rare earths in their oxides and cuprates

Moghe

Sapre

1995

X-Ray Spectrometry

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A method for curve fitting was used to study and compare the variation in the density of state responsible for the occurrence of the white line associated with the LII and LIII absorption discontinuities of rare earths in their oxides and cuprates. It is observed that the increased covalent character of the rare earth–oxygen bond in rare earth cuprate results in a decrease in the density of the final energy state responsible for the white line.

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Study of theK α satellites and hypersatellites in the x-ray and Auger spectra of neon

1986

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Relative strengths of the competing multipoles in the K and L series x-ray spectra in theNR limit

Cited by 6 publications

References 8 publications

A Study of the White Lines Associated with the Rare Earth L_II and L_III Absorption Discontinuities in Some Oxides and Tungstates

A Study of the White Lines Associated with the Rare Earth L_II and L_III Absorption Discontinuities in Some Oxides and Tungstates

White line in L absorption spectra of rare earths in their oxides and cuprates

Study of theK α satellites and hypersatellites in the x-ray and Auger spectra of neon

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Relative strengths of the competing multipoles in the K and L series x-ray spectra in theNR limit

Cited by 6 publications

References 8 publications

A Study of the White Lines Associated with the Rare Earth LII and LIII Absorption Discontinuities in Some Oxides and Tungstates

A Study of the White Lines Associated with the Rare Earth LII and LIII Absorption Discontinuities in Some Oxides and Tungstates

White line in L absorption spectra of rare earths in their oxides and cuprates

Study of theK α satellites and hypersatellites in the x-ray and Auger spectra of neon

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Product

Resources

About

A Study of the White Lines Associated with the Rare Earth L_II and L_III Absorption Discontinuities in Some Oxides and Tungstates

A Study of the White Lines Associated with the Rare Earth L_II and L_III Absorption Discontinuities in Some Oxides and Tungstates