An overview is presented of current understanding and recent approaches and issues in studies of the single-particle electron spectra of heavy-fermion materials, with emphasis on uranium compounds.Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/27019/1/0000005.pd
This paper lists the most prominent spectrum lines of the elements from protactinium to americium. I...
heavy fermion metals, correlated electron systems, skin effect, quantum criticality Kumpula campus l...
The low-temperature behavior of the known heavy-fermion uranium compounds is discussed, and the curr...
An overview is presented of current understanding and recent approaches and issues in studies of the...
Heavy fermion systems have attracted a great deal of interest since the discovery of the phenomenon ...
We report x-ray photoemission, resonant photoemission and Bremsstrahlung isochromat spectra of the 4...
We show by the combined means of high-resolution photoemission measurements at low temperatures on u...
We show by the combined means of high-resolution photoemission measurements at low temperatures on u...
The term heavy fermions refers to materials (thus far only compounds with elements having an unfille...
An overview is given of current electron spectroscopy studies of the single-particle electronic stru...
The electronic structure of both Ce and U heavy fermions appears to consist of extremely narrow temp...
The Anderson model simultaneously explains both the bulk properties and valence photoemission spectr...
Although the discovery of heavy fermion behavior in uranium compounds has attracted a great deal of ...
Much of our understanding of heavy fermion systems over the past two decades has been based on the s...
Much of our understanding of heavy fermion systems over the past two decades has been based on the s...
This paper lists the most prominent spectrum lines of the elements from protactinium to americium. I...
heavy fermion metals, correlated electron systems, skin effect, quantum criticality Kumpula campus l...
The low-temperature behavior of the known heavy-fermion uranium compounds is discussed, and the curr...
An overview is presented of current understanding and recent approaches and issues in studies of the...
Heavy fermion systems have attracted a great deal of interest since the discovery of the phenomenon ...
We report x-ray photoemission, resonant photoemission and Bremsstrahlung isochromat spectra of the 4...
We show by the combined means of high-resolution photoemission measurements at low temperatures on u...
We show by the combined means of high-resolution photoemission measurements at low temperatures on u...
The term heavy fermions refers to materials (thus far only compounds with elements having an unfille...
An overview is given of current electron spectroscopy studies of the single-particle electronic stru...
The electronic structure of both Ce and U heavy fermions appears to consist of extremely narrow temp...
The Anderson model simultaneously explains both the bulk properties and valence photoemission spectr...
Although the discovery of heavy fermion behavior in uranium compounds has attracted a great deal of ...
Much of our understanding of heavy fermion systems over the past two decades has been based on the s...
Much of our understanding of heavy fermion systems over the past two decades has been based on the s...
This paper lists the most prominent spectrum lines of the elements from protactinium to americium. I...
heavy fermion metals, correlated electron systems, skin effect, quantum criticality Kumpula campus l...
The low-temperature behavior of the known heavy-fermion uranium compounds is discussed, and the curr...
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